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nursingscience · 2 years ago

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List of lab necessary equipment needed for the school level psychology lab.

1. Computers and software for data analysis and experiment design

2. Standardized tests and assessments for cognitive or personality testing

3. Audiovisual equipment such as projectors, screens, and speakers for classroom instruction and presentations

4. Classroom observation equipment such as video cameras or audio recorders

5. Psychometric test kits for assessing aptitude, intelligence, or personality traits

6. Basic laboratory supplies such as rulers, stopwatches, and timers for behavioral experiments

7. Stimulus presentation software and hardware, including monitors and speakers

8. Writing materials such as pencils, paper, and notebooks for recording data and observations

9. Standard laboratory glassware and chemicals for simple experiments, such as reaction time or memory tests

10. Online survey tools for administering questionnaires or surveys to participants.

11. Measuring tools such as calipers or scales for measuring physical attributes, such as height, weight, or reaction time

12. Digital cameras or video cameras for recording observations or experiments

13. Sensory equipment such as tuning forks, sound meters, or light meters for sensory perception experiments

14. Creative materials such as clay or art supplies for art therapy or other creative exercises

15. Biofeedback devices such as heart rate monitors or temperature sensors for teaching self-regulation techniques

16. Role-playing materials such as costumes or props for social skills training or therapeutic interventions

17. Mindfulness equipment such as cushions or yoga mats for teaching relaxation techniques

18. Educational posters or visual aids for teaching concepts such as memory, perception, or emotion

19. Online research resources such as psychology databases or online journals for student research projects.

20. Reaction time software and hardware for measuring response time in simple cognitive tasks

21. Visual illusions and optical illusions for teaching perception and attention

22. Demonstration models of the brain, nervous system, or other physiological systems

23. Virtual reality software and hardware for teaching about perception, attention, and cognitive processing

24. Mood rating scales or checklists for assessing emotional states or mood disorders

25. Interactive whiteboards or touchscreen displays for interactive teaching and presentation

26. Sensory deprivation equipment such as blindfolds or noise-cancelling headphones for sensory perception experiments

27. Biofeedback games or applications for teaching self-regulation techniques in a fun and engaging way

28. Audiovisual editing software for creating multimedia presentations or educational videos

29. Portable EEG or heart rate monitors for demonstrating physiological responses to different stimuli or activities.

30. Virtual lab software for conducting simulated experiments or demonstrations

31. Biofeedback or relaxation apps for smartphones or tablets for teaching self-regulation techniques

32. Psychology-themed board games or card games for teaching concepts such as memory, attention, or perception in a fun and engaging way

33. Augmented reality or mixed reality applications for teaching concepts such as spatial cognition or perception

34. Eye tracking hardware and software for studying visual attention and perception

35. Behavioral observation software for coding and analyzing observational data

36. Interactive websites or multimedia resources for teaching psychology concepts or conducting online research

37. Microscale lab kits for conducting basic chemistry experiments related to psychology concepts, such as the chemistry of neurotransmitters

38. Social skills training materials such as worksheets or role-playing exercises

39. Handheld microscopes or magnifying glasses for studying small objects or biological specimens.

40. Textbooks and reference materials on psychology topics such as cognitive psychology, social psychology, abnormal psychology, and developmental psychology

41. Online learning platforms or educational software for delivering course materials and assessments

42. Cognitive training software or apps for improving cognitive skills such as memory, attention, and problem-solving

43. Brain-computer interface devices for studying brain activity and control

44. Multisensory equipment such as scent diffusers or tactile stimulation devices for studying sensory perception

45. Wearable sensors or trackers for monitoring physiological responses to stimuli or activities

46. Mind-mapping software or brainstorming tools for organizing and generating ideas in research projects

47. Gamified learning applications or quizzes for engaging students in learning psychology concepts

48. Emotion recognition software or apps for teaching emotional intelligence and empathy

49. Social media and online communities for connecting students with peers and professionals in the field of psychology.

50. Software or apps for conducting surveys or experiments online or remotely

51. Mindfulness apps or meditation resources for teaching relaxation techniques and stress reduction

52. Peer review software or platforms for promoting collaborative learning and feedback in research projects

53. 3D printing technology for creating models or prototypes related to psychology concepts such as brain structures or cognitive processes

54. Electronic laboratory notebooks for organizing and documenting research data and observations

55. Social psychology experiments or demonstrations, such as conformity experiments or the bystander effect

56. Mobile eye trackers or gaze tracking software for studying visual attention and perception in real-world contexts

57. Video editing software or animation tools for creating multimedia presentations or educational videos

58. Digital storytelling tools or creative writing prompts for exploring psychological concepts through narrative

59. Social media analysis software or platforms for studying social media behavior and communication patterns.

60. Basic neuroscience tools such as models of the brain or brain anatomy posters for classroom instruction

The specific equipment needs of a school-level psychology lab will depend on the curriculum and objectives of the class, as well as the available resources and funding.

It's important to choose equipment that is appropriate, engaging, and promotes learning and skill-building in the field of psychology.

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what-the-flux · 7 years ago

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While I’ll definitely be adding this sketch to Z’s reference album in his upcoming database entry, I figured I’d also upload this as its own post as much for my own reference so I don’t forget.

Datajack implants make it so he can direct neural interface with most Asuran data consoles, power consoles and certain golem suits that have been equipped with the necessary tech. Could also hook up to other arrays and technology that has been sufficiently formatted for it.

Z can download and upload data from his brain using these jacks but still requires an external source to store it in some fashion, such as with a data crystal or mnemonic magic.

He's developed a portable version of a holodeck console that he attaches to his right glove that he can also hook himself up to. This microdeck acts as a sequencer for when he's code cracking or encrypting/decrypting. It can also store data, albeit with much smaller capacity than a proper console (he keeps spare empty data crystals on hand for this reason, also as a security precaution in case he has to wipe it clean and ditch in a hurry).

Due to being specifically engineered for it and through invasive testing, he has increased resistance to harmful biofeedback from interfacing directly with magitech in this fashion. However he still has his limits and if he does this too much without unplugging and resting periodically he'll get synesthesia and allochiria flare ups that will only get worse if he doesn't stop after he crosses this point.

#my art #my characters #Subject Z One Nine #Asura #Mesmer #Mirage #GW2 #decker #hacker #character development #oh look my Shadowrun is still showing

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thvndring · 5 years ago

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GENERAL INFORMATION

NAME: Bruce Wayne

CODENAME: Batman

ALIGNMENT: Lawful Good

AGE: 36

ABILITIES: Peak Human Condition

CIVILIAN JOB: C.E.O of WayneTech Enterprises

LOCATION: Gotham City

THEME: I Remember — Deadmau5 & Kaskade

BIOGRAPHY

As a young child, Bruce Wayne watched his parents murdered before his eyes. Thomas and Martha Wayne were walking home from the Monarch Theater one night with their son, when they were held up at gunpoint by a mugger who demanded the pearl necklace that Martha was wearing. When Dr. Wayne refused to surrender it, both he and Martha were shot dead in the streets. The killer was a criminal known as Joe Chill. Fortunately, physician and social worker Leslie Thompkins was making a house call that night, and arrived to give loving comfort to the traumatized Bruce. He was then raised on the Wayne Manor estate, with help from the wise and loyal butler, Alfred Pennyworth. Bruce had very few friends during his childhood.

Bruce Wayne swore an oath to rid the city of the evil that had taken his parents’ lives. He spent his youth traveling the world, training himself to intellectual and physical perfection and learning a variety of crime-fighting skills, including chemistry, criminology, forensics, martial arts, gymnastics, disguise, and escape artistry.

Bruce Wayne returned to Gotham City after many years of study and training with his body and mind developed to perfection. Despite having all of the skills and methods to fight crime, he still felt that there was something missing in the completion of his physical and mental arsenal. Wayne discovered the answer late one night while sitting in his manor. He recalled his fear of bats as a child after a large one crashed through one of the windows; he ultimately decided to make his appearance resemble a bat’s. Wayne designed himself a costume equipped with experimental technology and set out against the crime and corruption that thrived in Gotham City.

Wayne’s tactics to oppose crime as a vigilante at night proved successful leading him to become an urban legend in Gotham City. He revealed himself at a dinner of the most influential and corrupt figures in Gotham City and promised them all that their reigns on the city would eventually end. Wayne’s first ally was assistant district attorney Harvey Dent. Most of the Gotham City Police Department was sent in force to capture him. He gained his most powerful ally when he met police lieutenant James Gordon, one of the few honest cops on the force. The two developed a working relationship operating outside of the law when they needed to.

Since adopting the Batman persona, Bruce was worked primarily in Gotham City while assisting with major crimes & stratospheres throughout the world. He is a founding member of the Justice League, alongside his longtime friend Clark Kent. Bruce was briefly a member of the Sinestro & White Lantern Corps.

PERSONALITY

Batman is a dark and brooding hero with a personal vendetta against crime and injustice. Psychologically traumatized by the death of his parents, Batman has sworn to rid Gotham from the criminal elements that took his parents away from him. He is extremely pessimistic and suspicious, which often makes it difficult for him to trust people other than Alfred, Commissioner Gordon, Lucius Fox, the Robins or the Batgirls.

Despite this, Batman has proved to have a great love for humanity, which was instilled by his parents. His father was a doctor, while his mother was a crusader against child abuse. Indeed, Batman’s oath of vengeance is tempered with the greater ideal of justice. He refrains from killing, as he feels this would not make him any better than the criminals he fights. He is also a very prominent member of the Justice League and the founder of the Outsiders.

To protect his secret identity, Batman has constructed a fake persona he can use in his civilian identity. To the world at large, Bruce Wayne is a self-absorbed, irresponsible playboy and philanthropist. Only his closest allies know that this attitude is just an act.

POWERS & ABILITIES

Batman’s unstoppable determination and strength of will makes him an extremely formidable opponent. This makes him able to function while tolerating massive amounts of physical pain, and also allows him to resist telepathy or mind control. It is widely known that Batman has the ability to instill fear in others, to the extent that even the people that know him best are intimidated by him. Batman regularly forces common criminals to flee in terror despite there being no evidence that he would actually kill anyone. Even those who aren’t afraid of the likes of Superman fear Batman. Batman has dedicated his life to be as close to human perfection both physically and mentally. Through intense training, a specialized diet, and biofeedback treatments, Batman represents the natural pinnacle of human physical prowess. A doctor once commented that he is in the “perfect physical health.” His physical attributes exceeded that of almost any Olympic level athlete. His strength, speed, stamina, agility, reflexes, endurance, balance and coordination are in peak human perfection. Ever since he was 11, Batman began his physical and mental conditioning, and followed by intense physical training and weight lifting at age 12. He had mastered full body control by the time he was 18. Bruce Wayne, since his childhood, has followed a strict diet to enable his body to develop and operate at its most proficient, along with biofeedback treatments (using portable/non portable machines to stimulate muscles to contraction). Batman has performed amazing physical feats due to his pinnacle physique. He engages in an intensive regular regimen of rigorous exercise (including aerobics, weight lifting, gymnastics, and simulated combat) to keep himself in peak condition, and has often defeated opponents whose size, strength, or other powers greatly exceeded his own as for example, he defeated the Bat-Bane in armed combat.

#( super )#( batman )#( dc )

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market-research-updates · 3 years ago

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Earbuds Market Report Examines Latest Trends and Key Drivers Supporting Growth through 2025

The smart wearable market is expected to reach at a CAGR of 20% over the forecast period (2020 - 2025). These products are designed and launched in as wireless smart headphones with sensors, chargeable carry case, capable of controlling the playback, and activating voice assistants like Siri, Google Now, Cortana, and Alexa. The increasing penetration of smartphones and growing demand for smart tech in emerging countries of China and India will boost the demand for medium range products in the global market. Lately, the focus has also been on providing an aesthetic design to devices to attract the customers. - The integration of Wi-Fi and Bluetooth technologies on a single IC leads to the development of cost-effective and compact wireless audio devices including earbuds. Demand for uninterrupted connectivity to different devices from smartphones. Bluetooth connectivity and Wi-Fi among other technologies, increase the utility of earbuds by offering them high-speed connectivity. - For instance, Munich-based tech firm Bragi provides earbuds having features such as 4 GB of storage for mp3 collection, physical and biofeedback sensors to track heart rate and oxygen saturation, measurement of steps and pace, audio feedback throughout workout. Toss in touch controls, a microphone, Bluetooth and micro USB connectivity and water resistantance up to a meter. - The demand for earbuds is likely experiencing an initial spike with work-at-home and entertainment-in-place now the standard for many households due to the recent outbreak of COVID-19 virus. This new demand will not diminish consumer expectations for advanced functionality, so device manufacturers still need to prioritize app development and software enhancements to enhance the user experience. Click Here to Download Sample Report >> https://www.sdki.jp/sample-request-86178 Key Market Trends Growing Penetration of Smartphones and Consumer Demand for Latest Products is Expected to Increase The Growth - In January 2019 Consumer Technology Association predicted that Unit shipments of smartphones are expected to grow one percent to 170.7 million. The increasing penetration of smartphones is expected to drive the demand for earbuds market due to the increased demand for integration of these devices with smartphones for enhanced features. - The leading vendors are integrating active voice assistance features like Siri, Google Now, and Alexa to offer the convenience of use and ease of handling for the consumers. Smart earbuds also offer advanced features that allow the consumers to monitor body vitals such as heart rate and calories burnt during a workout session, and convenience during a workout. These products are specifically designed and marketed for athletes and health-conscious individuals in the global earbuds market. - Moreover, the increasing trend of making the smartphones slimmer and thinner has resulted in the manufacturers removing the headphones jack. This is propelling the consumers to adopt earbuds, in turn, boosting the market growth over the forecast period. - The vendors are heavily implementing various IPX certifications to make their earbuds sweat and water resistant. This certification helps companies increase their brand reliability and attract more consumers in the global earbuds market. IPX7 means that the product can withstand being submerged into one meter of water for up to 30 minutes and hence increasing the device portability in many places such as gyms along with smartphones for connectivity. Factors such as these also act as a driving factor for the growth of the market. Asia-Pacific is Expected to Register Fastest Growth - Asia-Pacific is expected to witness the highest growth in the earbuds market during the forecast period. The growing electronics industry coupled with a rapid rise in the disposable income in the region is driving the smart wearable market. - Further, the expansion of consumer electronics manufacturing capacities, especially in the South Central region of China, coupled with rising exports to neighboring countries in Southeast Asia is expected to boost the growth of the earbuds market. - The penetration by foreign players in the region providing premium products that are technologically advanced, and provide better experience has fueled the demand for the premium headphones and earphones. This is expected to drive market growth over the forecast period. - The high price tag associated with these products vary across geography because of the manufacturing brand and features provided in the products. The multinational brands are even higher priced when they sell overseas due to the custom and excise duties depending on the country they are selling. For example, Apple sells its AirPods for $159 in North America and $203, $217, and $218 in China, Germany, and the UK respectively.

Request For Full Report >> https://www.sdki.jp/sample-request-86178 Competitive Landscape The competitive rivalry in the earbuds market remains high owing to the presence of some key vendors such as Bose, Sennheiser amongst others as the market remains consolidated with. The market players are moving towards providing technologically integrated products through extensive investments in the research and development that have enabled them to gain a competitive advantage over other players in the market. Also the companies through strategic partnerships and mergers and acquisitions the players have been able to gain greater footprint in the market. - October 2019 - Apple announced the launch of AirPods Pro, an exciting addition to the AirPods family that features Active Noise Cancellation and superior, immersive sound, in an all-new lightweight, in-ear design. - July 2019 - Sony launched WF-1000XM3 Truly Wireless Earphones with active noise cancellation, up to 32-Hour battery life and wear detection features that can play or pause the music automatically when the earphones are put on or taken off respectively. Reasons to Purchase this report: - The market estimate (ME) sheet in Excel format - 3 months of analyst support

The dynamic nature of business environment in the current global economy is raising the need amongst business professionals to update themselves with current situations in the market. To cater such needs, Shibuya Data Count provides market research reports to various business professionals across different industry verticals, such as healthcare & pharmaceutical, IT & telecom, chemicals and advanced materials, consumer goods & food, energy & power, manufacturing & construction, industrial automation & equipment and agriculture & allied activities amongst others.

For more information, please contact:Hina Miyazu

Shibuya Data Count Email: [email protected] Tel: + 81 3 45720790

Related Links https://www.sdki.jp/

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cutsliceddiced · 5 years ago

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New top story from Time: The 25 Best Products of CES 2020

CES, the annual tech confab in the heart of Las Vegas, showcases the latest and greatest in technology and consumer gadgets. There truly is something for everyone, from new and improved products and services announced by major corporations to truly innovative ideas made real by entrepreneurial spirits.

Still, it’s difficult to figure out what’s worth one’s time and what products and services are simply a flash in the pan, never to be seen again. So we did the hard work for you to find the most intriguing and exciting gadgets of CES, from accessories you can buy right now to concept devices charting the future of the industry. Without further ado, here is TIME’s Best of CES 2020.

Samsung Ballie

Samsung’s Ballie is an interesting combination between smart home device and robotic companion. The ball-shaped gadget, equipped with cameras and sensors used to follow you around, can control various smart home features, take photos, send you updates about your home when you’re away, and even function as a fitness assistant. Designed to be an “all-around life companion,” Ballie might be cute enough give your pup a run for its money.

BMW i3 Urban Suite

BMW’s trying to rethink the rideshare experience by adding a bit more class (and removing a few seats). The BMW i3 Urban Suite is a modified BMW i3 made for a more luxurious rideshare experience, one that includes perks like a hanger for coats, heated cupholders, and a literal desk lamp. There are also some pleasant privacy-centric features like simulated acoustic sealing and a display that supports smartphone mirroring when you need a second screen. Think of it as the next evolution of the limo, if a limo only fit one passenger.

Dell Alienware Concept UFO

Dell showed off an interesting concept when it comes to PC gaming on the go with the Intel-powered Alienware Concept UFO. The portable Windows PC, which mirrors the form factor of the Nintendo Switch, features an 8-inch display, kickstand, detachable controllers, and support for external devices like displays or a keyboard and mouse. Sure, it’s still a concept device, and Dell is mum on specifics, but a more portable PC gaming experience that doesn’t require a laptop might be just what many gamers need to enjoy their favorite titles on the go.

Canon EOS-1D X Mark III

Rumors of the DSLR’s demise have been greatly exaggerated based on Canon’s update to its beloved — and expensive — EOS-1D X lineup. The Canon EOS-1D X Mark III boasts improvements like the faster Digic X processor, burst shooting at 16 frames per second, and face and head-tracking thanks to improved computer vision tech. It also shoots 5.5K RAW video and 4K video at 60 frames per second.

Segway S-Pod

Professor Xavier cosplayers, rejoice! Segway’s S-Pod is, essentially, a two-wheeled self-balancing stroller that can hit speeds of up to 24 miles per hour. Unlike other Segway products, you control the S-Pod with a joystick instead of your body, making for a more relaxing jaunt around town. The S-Pod is outfitted with smart safety features, too, like automatic braking on turns and exterior lights that double as turn signals.

Lenovo ThinkPad X1 Fold

Foldable displays are the new hotness, and Lenovo’s showing off its take on the trend with the ThinkPad X1 Fold. The Windows 10 device is more laptop than tablet, despite the tablet-like design. That foldable 13.3-inch display supports stylus input and Windows Ink for more intuitive pen-based operation. Want to get some actual typing done? Just pop the magnetic keyboard on the bottom half of the X1 Fold and type away, or just leave it there, close it up like a normal laptop, and get on with your day.

Samsung Odyssey G9 Monitor

Curved monitors are great for PC gaming, and Samsung’s 49-inch Odyssey G9 monitor is a particularly impressive display to see in action. Aside from the huge screen, the QLED monitor has a 1440p resolution, a 1 millisecond response time, and supports refresh rates up to 240Hz. Since it’s for gaming, the Odyssey G9 also supports AMD’s FreeSync 2 and Nvidia’s G-Sync for smoother gameplay with less tearing or framerate loss.

Dimension Robotics Dr. CaRo

Dimension Robotics’ Dr. CaRo is designed to restore mobility to stroke victims without prohibitively expensive physical therapy sessions. The device, a motorized handle-equipped robotic arm attached to a 23-inch display, is meant to aid in rebuilding neural connections to a patient’s limbs with entertaining training exercises. For patients looking to strengthen atrophied muscles, Dr. CaRo can switch between assistive and resistive modes to accommodate patients looking to regain strength and dexterity in their limbs.

Fisker Ocean

Electric vehicle maker Fisker is using its luxury SUV, the Ocean, to show the competition how to make eco-friendly vehicles. Fisker claims the Ocean is the world’s “most sustainable vehicle,” supposedly due to its all-electric drivetrain, vegan leather interior, and use of recycled materials like nylon and polyester. The Ocean also features a slick solar panel roof for passive battery charging, as well as a cool “California Mode” that rolls down every window for an open-air feeling without compromising safety.

Core Meditation Trainer

Meditating is a tough habit to build, and even more difficult practice to maintain. If you need an extra hand, or just a little tap on the shoulder to get you back into the zone, look at Core. The handheld meditation trainer uses tech like vibration and biofeedback, along with an app that offers both metrics on your health and and on-demand meditation classes, to help you focus on relaxation, breathing techniques, or mindfulness.

Acer ConceptD 7 Ezel

Acer’s ConceptD 7 Ezel is a laptop doubling as an artist’s easel, and doing it with style. Its 15.6-inch 4K display has multiple configurations, meaning you can prop the display over the keyboard to show off some work, use it like a traditional laptop, or fold the screen flat against the rest of the laptop for some serious sketching work. Built for artists and creators, the ConceptD 7 Ezel supports the full Adobe RGB color gamut and features Nvidia graphics to keep your apps running smoothly when your work gets more complex.

Come Play Petl

Sex tech is making a big splash at this year’s CES. Sexual wellness company Come Play, for instance, is trying to help women share their toys with their partners with its couple-friendly Petl vibrator, designed for clitoral stimulation during intercourse and meant to stay secure in a variety of positions.

Hydraloop Water Recycler

With water conservation and sustainable technology set to take center stage in the coming years, Hydraloop’s water recycler is a no-brainer of an invention. The large appliance, which filters and purifies grey water from baths, showers, and washing machines, employs a series of six maintenance-free filtration techniques, and can recycle up to 85% of the water used in the home for re-use in toilets, pools, and irrigation systems (your toilet and kitchen sink are safe from filtration, so don’t fret).

Joué Music Instrument

Joué’s Music Instrument is a modular take on the MIDI controller, using a compact, backpack-friendly wooden and aluminum board that supports swappable pads to accommodate your instrument of choice. With choices ranging from beatpads to piano keys to a guitar neck, and support for mobile devices like tablets, the Joué has the potential to be the music-making device for anyone looking to experiment with different sounds without toting a giant instrument case.

Lenovo ThinkBook Plus

Lenovo’s back at it again with its innovative laptop designs, this time with the ThinkBook Plus. While the ThinkBook Plus is pretty normal, with its 13-inch display and standard array of ports, things get interesting when you close the laptop, which has a 10.8-inch e-ink display on its lid. It can control various features, display information like calendar appointments, and even supports the Kindle app for Windows, meaning you can use the laptop’s lid to enjoy your favorite books after you’re done with your workday.

LG OLED ZX Real 8K TV

LG’s new OLED ZX Real 8K TV is a shot across the bow when it comes to the competition’s 8K sets. The 77- and 88-inch displays exceed the Consumer Technology Association’s definition of what constitutes an 8K Ultra HD TV, and boasts some impressive upscaling features thanks to its α9 Gen 3 AI Processor 8K. The set’s integrated voice assistant support also makes it easy to find whatever you want to watch without channel surfing or flipping through apps. It’s just one of multiple sets LG launched that support “Real 8K” resolution.

Moon Ultra

Smartphone photos are always improving, but lighting remains an issue, especially when trying to capture a romantic moment with a loved one. Moon Ultra, a tiny, touch-sensitive, clip-on light source, fixes the issue by providing users with a powerful light source that doesn’t require a bulky case. Its multiple color temperatures and adjustable brightness also make it the perfect companion for those with darker skin tones whose photos are done a disservice by the cooler light temperatures often used on smartphone camera modules.

Pax Era Pro Vaporizer

Pax’s newest take on its pocket-friendly vaporizer puts more power in the hands of the consumer, keeping them informed and safe when it comes to cannabis consumption. Thanks to its new NFC-equipped pods, the Pax Era Pro can share data like strain information, oil content, and state-required test results to your smartphone, providing peace of mind and a more user-friendly experience.

Rocean One

Rocean’s One is the most stylish take on a water filter you’ve seen yet. Aimed at reducing the use of plastic bottles, it filters, carbonates, and flavors water thanks to a pair of reusable flavor pods and a built-in carbon dioxide tank. The company is partnering with various brands to recreate and offer particular flavor combinations in an effort to discourage bottle use while providing customers with the same great drinks they love to chug.

Roland Go:Livecast

Roland’s Go:Livecast is a clever take on a mobile production studio, catering to smartphone vloggers who want to create more professional live-streaming content. The array of control options help solo producers and streamers cue up sound effects, display titles, mix audio, and more. The Go:Livecast is also pretty capable, supporting multiple input and output options, including XLR, as well as including a built-in microphone.

Lora DiCarlo Osé

Sexual wellness company Lora DiCarlo showed off its Osé, a sex toy that doubles as both a G-spot massager and a clitoral stimulator. Designed to accommodate a variety of body shapes, the Osé is meant to be both flexible and suitable for hands-free use.

Samsung Sero TV

Like it or not, vertical video is here, but Samsung’s Sero TV is here to make the experience a little more pleasant. Instead of rotating your phone to watch vertical or horizontal video, the 43-inch 4K TV does the heavy lifting for you, rotating between portrait and landscape mode depending on the content being shared to the TV. Samsung smartphone users can mirror their smartphone on the Sero by tapping it against the TV’s frame, which is mounted to a 4.1 channel sound system below.

Sony Vision-S

Sony’s Vision-S takes the best elements of Sony’s expertise in imaging, displays, audio, and crams it all into a sleek electric concept car. The Vision-S is built on a flexible electric vehicle platform to accommodate different automobile form factors. With a focus on safety, adaptability, and entertainment, the Vision-S is outfitted with 33 internal and external sensors, 5G connectivity, driver and passenger monitoring, assistive driving capabilities, and a huge panoramic display.

Sony Z8H 8K LED TV

Sony’s improving on its already impressive 8K TVs with the Z8H 8K LED TV. At either 75 or 85 inches, the Z8H sports full-array LED backlighting, can upscale 4K content, and supports Sony’s “Frame Tweeter” technology, which vibrates the frame itself for improved sound quality. It also brings Apple HomeKit, Amazon Alexa, and Google Assistant support to your living room (or wherever you can fit this gargantuan screen).

Vizio Elevate Soundbar

Vizio’s Elevate Soundbar, a 10-channel, 5.1.4 sound system, literally approaches audio from a different angle: when playing content supporting either the DTS:X or Dolby Atmos audio standard, the Elevate’s outermost speakers rotate upward, providing room-filling sound. It also features two HDMI inputs and supports both Bluetooth 5.0 and Google Chromecast.

via https://cutslicedanddiced.wordpress.com/2018/01/24/how-to-prevent-food-from-going-to-waste

#Time #top stories #IFTTT #news

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mrjohntsnyder · 7 years ago

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OT Tech Tools: Digital Health and CES 2018

The Consumer Electronics Show is an annual event where break-through technologies often make their debut. For occupational therapists the event presents an inspiring opportunity to see how technology and health tech specifically can change our client’s lives and change the way that we practice.

In this post, I want to share with you specific trends and tools I saw at CES 2018 that have the potential to help you and your clients.

How I, Lauren Sheehan (OTR/L), Ended Up At CES

I spent ten years in practice as an OT in a variety of settings, namely outpatient neuro and administrative roles in both small community and large urban hospitals. One thing that continually frustrated me is the slow adoption of technology in healthcare.

There are a multitude of possibilities to use technology for good in occupational therapy and health care at large.

In mid-2017 I joined a neuro-technology company, NEOFECT, as their Clinical Manager. In this position, I have the privilege to go to events like the Consumer Electronics Show and have made it my mission to bring other OT’s along. This allows me to share the latest and greatest in rehab and consumer technology that can improve the lives of our patients.

What Is “Digital Health”?

Before we dig in, let’s back up a step.

Let’s get on the same page about what digital health is.

According to the FDA,

Patients and consumers can use digital health to better manage and track their health and wellness related activities. The use of technologies such as smart phones, social networks and internet applications is not only changing the way we communicate, but is also providing innovative ways for us to monitor our health and well-being and giving us greater access to information. Together these advancements are leading to a convergence of people, information, technology and connectivity to improve health care and health outcomes.

As biometrics become easier and less expensive to track, we have more opportunities to use health data, such as a patient’s brain state, their respiration and heart rate, to teach them to control their body and mind.

In addition, we have opportunities to increase the robustness and objective nature of the measures by which we track patient improvement based on our OT interventions.

Imagine teaching a patient with chronic health conditions energy conservation techniques and being able to monitor how this changes a patient’s respiration and heart rate over an extended period of time, bringing objective and undeniable support to our interventions. Visualize using EEG brainwave technology to objectively show a veteran with PTSD his or her own brain state and demonstrating how OT’s use of visualization, engagement in occupation and other techniques can literally calm the nervous system.

This and so much more will be possible as digital health advances.

New Technology Showcased at CES that OTs Need to Know About

Now that we share an understanding of digital health, here is my recap of the CES 2018 technology that has potential to change our lives, our practice and the lives of the individuals and families we serve.

Wear Your Health Tracking!

Make Your Clothes Smart

Instead of buying smart clothes, Spire works with your existing wardrobe to “make your clothes smart”. Spire Health Tags can be attached to a user’s bra, underwear or running shorts. With a 1.5 year battery life, the tag tracks breathing patterns, stress, sleep, heart rate and heart rate variability and activity level. This device is used with the Spire App for real time tracking and data analysis to identify trends.

While there may be numerous potential benefits, one of the largest applications I can see is for use with a home health population battling chronic health conditions such as cardiac issues and COPD.

One of the possible strengths of wearable technology in OT is using the objective biometric data to determine whether strategies like energy conservation and work simplification are making a measurable difference for a client.

In addition, as a client uses these trackers for longer periods of time, and big data gets more condition specific, we may be able to use these wearables to determine potential relapses before they get bad enough to cause re-admission. Spire currently has one model, Spire Stone, on the market and their newest Health Tag will be released in March.

Smart Shoes - Now with Fall Detection

One of the more novel things I saw that got some buzz at CES this year is a shoe that can detect a fall and create an alert for help. This shoe was created by a French start-up called E-Vone.

This could be a game-changer for continued support for aging in place. The shoes are equipped with a slew of sensors, including GPS, accelerometer, gyroscope and a pressure system that knows when the shoes have been put on.

The shoes don’t need to be connected to a mobile device because they can process information on their own due to the embedded technology. The shoes are expected to be available in summer 2018 and pricing is expected to be between $100-150 plus $20/month for the alarm service.

Going for Zero!

Omron led with their desire to reduce heart attacks and strokes with “Going for ZERO”. Their blood pressure watch, Project Zero 2.0 Wrist Blood Pressure Monitor, which will be released by mid-2018.

The watch also pairs with the Omron app to allow patients to take control of their health and track their trends to share their stats with a physician. They also have a really low profile EKG monitor that pairs with the app as well.

As we continue to see more products centered around health tracking, companies like Omron are hoping to change behavior from “checking” health indicators, such as blood pressure, to habitual “health monitoring”.

Smart Rehabilitation Tools

Making Rehab Smarter through AI and Gamification

NEOFECT was present at CES 2018 for the second year in a row and recognized as an innovation award honoree for a second time. They were recognized this year for the Rapael Smart Pegboard and last year for the Rapael Smart Glove.

The Rapael line of Smart Rehab products are upper extremity rehabilitation devices. These devices work through biofeedback and gamification to increase repetition and engagement for motor relearning. This is mainly used for patients who have had strokes and brain injuries. The devices are created to be used at home to increase the intensity of patients’ home programs recovering from hemiparesis for both adults and children.

The device that got a lot of traction this year was the NeoMano, NEOFECT’s assistive device for grasp and release. Currently in the prototype phase, NEOFECT hopes to launch their kickstarter campaign by mid-2018 and release the product by the end of the year. The primary target for the grasp and release device are individuals who have had spinal cord injuries to assist them with grasp and incorporate it into their daily lives. NeoMano was recognized by Engadget as one of CES’s Innovative products of 2018. To receive updates about the progress of NEOFECT’s NeoMano device, sign up here.

For Rapael Smart Glove, Smart Board and Smart Pegboard information for the clinic or home patient, check out www.rapaelhome.com.

Stabilization Technology for Patients with Parkinson’s

Gyenno has developed the Gyenno Spoon (now with a version 2.0 to be released in April 2018) which senses a user’s tremors and stabilizes the spoon or fork through adaptive technology.

Gyenno has been working on a project that incorporates laser technology as a guide for gait to increase step length. This product, which they’re calling FOG (Freezing Of Gait), has sensors that detect when a user is shuffling, and turns on the lasers to guide step length and cadence. The video demonstration of the FOG system was impressive and it will be interesting to see how it works once it hits the market in August of 2018.

Form and Function in Mobility

Design It and They Whill Come

WHILL is a company that was started by a group of automotive, consumer electronics, and medical device designers and engineers. These professionals jointly dreamed of pushing the boundaries of pedestrian transportation for everyone, particularly for those who have difficulty walking.

Enter their personal electric vehicles.

The Model Ci Whill Ultra-Portable Wheelchair touts form and function in a personal electric vehicle. It has not yet been approved by the FDA, so the device is currently only available as personal mobility device that can be used by people who have difficulty walking and wouldn’t qualify for a wheelchair through medical necessity.

The Series M Whill Power Wheelchair is customizable (back and cushion as well as seat angle) for users that do not have high positioning or pressure relieving needs. The design is sleek and attractive, however, the limited options for high needs users doesn’t make it a currently appropriate choice for complex seating.

Enhancing Our Senses

OrCam - Transforming How We See

OrCam MyEye 2.0 is an assistive technology device for those with low vision, blindness, and severe dyslexia. It consists of a lightweight smart camera mounted to the user's eyeglasses that instantly reads text aloud from any surface, including computer screens, labels on products, dollar bills, and more. Using complex algorithms and AI, the camera can be taught familiar faces that can then automatically be identified and whispered in the user's ear when the familiar face enters the field of view.

Essentially, the OrCam MyEye allows for the world of visual information to be dictated to a user in real-time without being connected to the cloud or through a cell phone.

At the present time, OrCam is not covered by most insurances and is only available in the US in the languages English, Spanish and French. Cost of the OrCam device is $4,500 and includes 2-3 hours of in-person training upon purchase.

If You Have Smart Phone, You Can Test Vision with EyeQue

EyeQue is a personal vision tracker that connects to a cell phone to allow for refraction measurements and prescription tracking. This is a great tool for patients who have progressive visual issues and want to track and monitor their vision changes.

Their new product, EyeQue Insight, set to be released in March, allows for binocular vision testing for therapists that are in a low vision, vision rehab or driving program. The binocular testing program takes about 3 minutes to complete.

The exciting development with products such as EyeQue is making health tracking, such as vision testing, available to parts of the world that may not have ready access to optometry services.

Smart Earbuds for Hearing and Attention Impairments

Nuheara initially wanted to increase the way that the average person is able to experience sound, however, they were surprised and excited that people with a variety of hearing and attention challenges started using their products.

The IQbuds Boost use what they call “Ear ID” to calibrate to the user’s hearing profile. It creates a unique hearing profile for the user and can serve as an alternative to hearing aids by allowing the user to control their settings through an app. IQbuds boost will offer an audiological hearing screening as a part of their package, allowing the user to assess and track their hearing profile as well as using it to modify how they hear the world around them. This product will retail for $499 and will be on the market this Spring.

The LiveIQ buds, an additional product, allows for touch control for active noise cancellation and can also modify what the user hears, accentuating conversation and drowning out distracting background noise. This could be extremely beneficial for auditorily sensitive individuals such as those with autism and ADHD.

Glasses for Smarter (and Safer) Driving

Glatus Glasses have interchangeable earpieces that are designed to be worn when driving to increase safety with the driving experience. They automatically tint and the earpieces react to sounds for hearing impaired drivers, causing the temple to vibrate when loud sounds, such as sirens, are detected. Also, their additional interchangeable pieces can react to drowsiness by detecting a head nod and vibrating to wake the driver. Lastly, the glasses can respond to inefficiency by detecting quick deceleration and accelerations.

Glatus was started by the advertising arm of the Hyundai car company. Could these glasses allow patients that are returning to driving with disabilities some cuing to provide them with a safer driving experience? The glasses are supposed to be $250 when they hit the market at the end of 2018. (Their website is currently under construction.)

Unlocking the Power of the Brain

Sense and Train Your Brainwaves

Muse is a mobile EEG brainwave sensing device that can be used to learn and manage the states of your brain in order to increase a calm state of mind. Muse is a headset that is paired with an app and gives the user signals about their state of mind, attempting to increase their ability to enter a calm state easily and quickly.

There is also a robust developer kit and support to use the Muse headset for research purposes.

Again, I think that these opportunities to gather objective data about biometrics and states of mind are perfect pairings for occupational therapy. This information could be a powerful way to show that what we do is effective not only in subjective ways, but that we’re actually able to transform the way the brain responds.

Your Brain Controls Everything

Brain Co. uses a similar idea of EEG technology, however, their focus is assessing and training attention, and their application has been primarily in the education space.

Imagine being able to determine which educational interventions are most successful from an attention standpoint in a special needs or OT classroom. The focus series aims to better understand the attentional patterns of people with special needs, such as ADHD and autism, to increase engagement in the classroom.

The “Lucy” series device will allow users to control electronic items such as smart home technology, toys and robotics, as well as mobility devices such as wheelchairs, using only their brainwaves. This could allow patients with very little mobility, as in the case of high level spinal cord injuries as well as those with disorders such as “locked in syndrome”, to have more control of their environments. Lucy is a nicely designed, wireless system that is taking next steps toward a brain-machine interface.

Automating Our ADLs?

Smart Appliances - The Future is Now

In 2017, Whirlpool acquired Yummly, an app for online recipes, and they’re working together to make our kitchen and meal prep smarter.

A user can scan their pantry and refrigerator to determine which recipes fit the ingredients they have. If they’re missing an ingredient of a recipe they’ve chosen, it connects with Instacart to order the items.

It also allows the kitchen to scan a frozen meal and automatically set an oven temperature or the microwave settings to cook the meal without the user having to manually enter that information. This will allow for smarter planning in the kitchen.

After a user chooses a recipe and the time they’d like to eat, the app provides notifications to let the user know when to start making and cooking the meal to get it on the table at the designated time.

This may allow someone with cognitive challenges and difficulties with attention and memory to be independent in the kitchen.

Litterbox, Clean Thyself

The litter robot is a self-cleaning litter box that, according to a company spokesperson, has applications for people with disabilities and has allowed folks that would have otherwise had to give up their animals, to keep their cats.

The box interfaces with an app that tells the user when the litter needs to be emptied. This task can be assigned to a caregiver or someone else that the user appoints, allowing them to notify a family member if they aren’t able to empty the box themselves. The device is $449 and is currently on the market.

Workplace Ergonomics - There’s a Dashboard for That

In speaking with some of the folks at Human Scale, they not only want to create beautiful, functional products to improve ergonomics and workplace comfort, but also want to improve the lives of occupational therapists and others doing worksite ergonomic assessments.

They have plans to release a dashboard and ergonomic screening tool in 2018 that would allow companies to detect potential ergonomic issues before they cause injury. This would allow therapists to also use the dashboard for recommending items as solutions (even if they aren’t sold by Human Scale).

The QuickStand Eco and QuickStand Under Desk were items they were showcasing as sit-stand options for easy conversion of traditional workstations.

Our Homes Are Smarter Than Ever Before!

With SO much Smart Home technology available these days, where does one even start when it comes to Smart Home technology that can apply to people with disabilities and special needs?

This year, the stars of the show in Smart Home technology were definitely the Alexa and now Google Home and Home Mini that allow users to integrate devices into a voice controlled world. AI and face recognition was also big on the scene this year, turning security into a smart, face recognition system that would allow someone with disabilities the capability to let known caregivers into a home based on recognizing their identity.

Stay tuned for a future OT Potential post specifically on Smart Home technology advances and new products for a more connected and accessible home. With all the programming available as well as artificial intelligence and machine learning, our homes can literally learn our routines and adapt to them over time. See this CNET article for a searchable guide based on price, features, appliance type and manufacturer to get you started.

Helping Overcome Clinic Challenges

Pocket-sized Translation for Therapists on the Go!

The Pocketalk is a hand-held, instant, two-way voice translation in your pocket. The Pocketalk can translate up to 63 languages using Google translate in real time. Speech is transferred to the screen in text, relayed verbally and 20 exchanges are saved in order to come back to patient quotes for documentation if needed.

The Pocketalk does require wifi, mobile data or a personal hotspot to function, so may not be appropriate for settings where wifi might not be reliable. The Pocketalk will retail for $199 and is set to be released in May 2018.

Making the OT Life Easier for New Moms

Willow’s Wireless, Hands Free Breast Pump

I have worked with a lot of new moms in the OT world over the years. As a manager, it was always challenging to assist these moms in figuring out how to fit pumping into their work routine. With typically only one designated pumping room, it was necessary to schedule new moms, particularly if there was more than one employee needing to pump at any given time.

The Willow Wearable Breast Pump makes pumping easier with a hands free, tube free, wireless device that allows new moms to pump whenever, wherever to decrease the stress and increase the mobility of moms that are trying to fit pumping into their daily work life. Women can go for a walk, lay down, pump while commuting and any number of things they want to do, all while pumping. For interested moms, you can apply the amount that insurance will cover toward this pump and then pay the remainder out-of-pocket.

Willow is currently in Beta, but this could really help support new moms and decrease the stress of having to be teathered to a wall outlet when pumping.

A Special Robot For Kids with Cancer: Using Technology for Good

Aflac (the insurance company with the duck mascot we all know) and Sproutel joined forces this year to come up with a smart robotic companion that uses joyful play to help distract children coping with cancer.

The goal of this project is to provide My Special Aflac Duck to the nearly 16,000 children newly diagnosed with cancer each year in the US.

The connected mobile app allows children to care for their duck as well as understand and take control of their medical procedures by performing them on their duck friend. This imaginary change of roles from patient to care provider can provide value and feelings of control for the child. It also serves as a noise machine, providing soothing soundscapes, as well as encouraging emotional literacy through interaction with seven emoji cards, which allow children to express their emotional state through their companion.

Speaking at the Digital Health Summit

This year, I had the pleasure of speaking at the Digital Health Summit, the second year of this exciting event which brings the industry, medical and neuroscience worlds together. I was honored to be among some of the foremost technologists in this field; innovators using technology to improve the lives of individuals with neurological challenges such as ADHD, Autism, Parkinson’s, TBI and Stroke. (See some of the Digital Health Live coverage, including my interview about Neofect’s Rapael Smart Glove here.)

My fellow panelists are currently developing revolutionary research in brain science and digital medicine.

Neuroscape, a translational neuroscience center in San Francisco at UCSF, is attempting to bridge the gap between neuroscience and technology. They’re doing this by studying how video games can treat neurological disorders through digital medicine. Neuroscape founded Akili Interactive, taking the research from the lab to clinical trial for a variety of different disease states, with the goal of eventually seeing patients receive a prescription for a “digital intervention” instead of a physical one. Brain Power is another company that is working with AI (artificial intelligence) systems to aid people with brain related challenges such as Autism by teaching social cues and emotions in real-time using Google Glass.

Conclusion

As you can see technologies that once seemed a far away dream are quickly becoming a reality for our patients and for our practices. These new technologies present great opportunities for our field, especially if we continue to position ourselves as experts in how health interacts with function and the environment.

I look forward to continuing to share with you, the OT Potential community, as technology advances in ways that can assist us in our practice and can improve the lives of individuals with disabilities.

Are there new technologies that you’re aware of that are going to transform the way we deliver care or create increased independence for our patients?

from OT Blog - OT Potential • Occupational Therapy Resources http://ift.tt/2FsDY1U

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waystolivehealthy-blog · 7 years ago

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Tips for Dealing with Adult Incontinence

Being diagnosed with adult incontinence is frustrating, stressful, and overwhelming. You might not know how to handle such a diagnosis or what to do next. Your doctor will be able to answer a lot of your questions and point you in the right direction when it comes to choosing products and equipment. Here are some tips for dealing with adult incontinence.

Know the Causes

It’s best for you to learn and know the causes of incontinence. Age is not the only cause of incontinence. Cancer, an enlarged prostate, pregnancy, childbirth, bladder stones, neurological issues and many other factors can lead to adult incontinence. These reasons are why you should always seek medical advice when dealing with an issue such as incontinence.

Discover Treatment Options

You need to discover and learn about the treatment options available for incontinence. Aside from prescription medications, you can treat incontinence using exercise, other learned behaviors, and biofeedback. Doctors will also look at the medical history of patients and the medications they currently take. If medications need to be changed, doctors will do so to help reduce the effects of incontinence.

Stockpile Supplies

Patients with incontinence should stockpile supplies. This includes portable toilets, diapers, wipes and plenty of other items. You should have enough supplies so that you do not run out of them at any given time. The supplies should be recommended by your doctor so that you know which ones are best for your situation.

Change Lifestyle

Make an effort to change your lifestyle. Change your diet. There are some foods that make the symptoms of incontinence worse. Also be sure to make a clear path to all of the bathrooms in the house so the patient has nothing in his or her way.

Adult incontinence is difficult to deal with but if you follow the tips outlined here you should be able to handle the situation.

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mindbodydevices · 6 months ago

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How Biofeedback Equipment and Training Can Empower You

Feeling stressed, overwhelmed, or out of control of your body’s responses? You’re not alone. Many people struggle with chronic health issues like anxiety, pain, and sleep problems.

Traditional medicine offers valuable solutions, but there’s a growing interest in biofeedback – a powerful tool that empowers you to take charge of your health.

What is Biofeedback?

Biofeedback uses sophisticated equipment to monitor your body’s physiological responses, such as heart rate, muscle tension, and brainwave activity. This information is then translated into real-time feedback, often visual or auditory signals.

Through biofeedback training, you learn to recognize these signals and, with practice, gain control over your physiological responses. It’s like learning a new skill – except the skill is managing your own body’s reactions to stress or discomfort.

Biofeedback Equipment: Your Training Partner

There’s a range of biofeedback equipment available, each designed to measure specific physiological processes.

Electroencephalography (EEG) biofeedback: Monitors brainwave activity, helping manage anxiety, improve focus, and even promote better sleep.

Electromyography (EMG) biofeedback: Measures muscle tension, aiding in pain management, rehabilitation, and reducing tension headaches.

Heart Rate Variability (HRV) monitors: Track variations in heart rate, a key indicator of overall stress levels.

Skin Temperature sensors: Provides information on changes in skin temperature caused by blood vessel constriction caused by stress, or dilation of blood vessels caused by relaxation.

Respiration rate monitors: Gives feedback on breathing patterns which can greatly affect stress and relaxation states.

Biofeedback Training: Your Path to Empowerment

Biofeedback training is a collaborative process guided by a trained therapist or healthcare professional.

More info : Biofeedback Equipment and Training

#Low Cost Biofeedback Instruments #Anxiety Relaxation Techniques #Relaxation Techniques Books #Stress Management AudioCd #Stress Minimizing Books #Portable Biofeedback Equipment

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benjamintimm · 7 years ago

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Blog 4 - Research & Enquiry (Audio Engineering)

21/10/17

Continuing on from before. The next article is titled “Targeted treatment of cancer with radiofrequency electromagnetic fields amplitude-modulated at tumor-specific frequencies”.

The article immediately states that in the past century, there have been many attempts to treat cancer with low levels of electric and magnetic fields. Scientists have developed noninvasive biofeedback examination devices and techniques and discovered that patients with the same tumour type exhibit biofeedback responses to the same, precise frequencies. (Barbault A, et al, 2009)

The part of the article that sparked my attention was the revelation that In vitro (in a test tube) studies have demonstrated that tumour-specific frequencies identified in patients with various forms of cancer are capable of blocking the growth of tumour cells in a tissue and tumour-specific fashion. Current experimental evidence suggests that tumour-specific modulation frequencies regulate the expression of genes involved in migration and invasion and disrupt the process of tumour cells replicating. This approach is emerging as an appealing therapeutic option for patients with advanced cancer given its excellent tolerability. Dissection of the molecular mechanisms accounting for the anti-cancer effects of tumour-specific modulation frequencies is likely to lead to the discovery of novel pathways in cancer. (Barbault A, et al, 2009)

The beginning of the 20th century saw the first medical applications of electromagnetic fields (EMF), notably in the diagnosis and therapy of various diseases such as cancer. The assumption was that external application of electromagnetic energy could correct disease-causing altered electromagnetic frequencies or energy fields within the body. (ACS 2007)

Abrams invented various machines with the goal to cure diseases, notably cancer (McCoy B, et all, 2000). He claimed that diseases could be cured by transmitting back to the disease the same electronic “vibratory rate” it was transmitting (Raines K, N.A.) He claimed that diseases could be cured by transmitting back to the disease the same electronic “vibratory rate” it was transmitting. Between 1923 and 1924, Scientific American magazine set up a committee to investigate Abrams's results. (Cramp AJ, 1924) and concluded, “the claims advanced on behalf of the electronic reactions of Abrams, and electronic practice in general, are not substantiated”. It was only when a man named Lakhovsky developed the Radio-Cellulo-Oscillator in the 1920s. This device produced high frequency (RF) EMF around 150 MHz. He postulated that EMF reinforced “the oscillations of the cell.” Although a controversial figure in his time, he seems to have had some success with his treatments. (Barbault A, et al, 2009)

Even after, the development of virtually all medical devices aimed at treating cancer using low levels of electric and/or magnetic fields was considered insignificant and pointless due to the lack of scientific proof. (J Clin, 1994)

Reading further into the article, it begins to discuss diagnostic and therapeutic uses of electromagnetic Fields but little is mentioned regarding the different frequencies applied. It will be worth researching into this though.

Extracting a segment from the following section:

In 2001, Barbault hypothesized that the growth of human tumours may be sensitive to specific modulation frequencies. To test this hypothesis, they initiated a patient-based research using novel biofeedback devices and techniques, which led to the discovery that patients with the same tumour type had biofeedback responses to the same frequencies, irrespective of their sex, age, or ethnic status. (Barbault A, et al. 2009) Frequencies identified in patients with cancer were predominantly found above 1,000 Hz. This range is significantly higher than the range within which insomnia frequencies had been identified (<300 Hz). They also discovered that, in contrast to what had been observed in patients with insomnia, biofeedback responses were only observed at very precise frequencies. This prompted the development of highly precise frequency synthesizers for the detection of tumour-specific frequencies. Interestingly, the majority of frequencies identified in a given tumour type was only found in patients with the same tumour type. For example, 85% of the frequencies identified in patients with HCC were only found in other patients with HCC. Similarly, 75% of the frequencies identified in patients with breast cancer was only found in patients with the same tumour type. They also discovered that a small number of frequencies, e.g., 1,873.477 Hz, 2,221.323 Hz, 6,350.333 Hz, and 10,456.383 Hz, were found in the majority of patients with breast cancer, HCC, prostate cancer, and pancreatic cancer. Examination of healthy individuals without a diagnosis of cancer did not reveal any biofeedback responses to the frequencies identified in patients with a diagnosis of cancer. (Barbault A, et al, 2009)

After having successfully identified tumour-specific frequencies in 163 patients with cancer, Barbault et al. offered compassionate treatment to 28 of these patients with advanced cancer and limited therapeutic options. Treatment was administered with a portable device built with the same high precision frequency synthesizer as that used for the identification of tumour-specific frequencies. They chose the 27.12 MHz carrier frequency, as it is universally approved for medical use. The 27.12 MHz signal was amplitude-modulated at the specific frequencies identified in patients diagnosed with cancer. The frequencies were emitted sequentially, each for 3 s from the lowest to the highest frequency, and the cycle was continuously repeated for 1 h. Treatment was administered 3 times a day, i.e., for a total of 3 h until disease progression or death. (Barbault A, et al, 2009)

The results for this sadly were very mixed which leads to the conclusion that much more progress needs to be completed to gain a better understanding of frequency manipulation. That being stated, briefly, an antitumor effect was documented in 20 (48.8%) patients. Objective responses and/or long-term survival were observed in 8 (19.5%) patients of 163. Additional studies are planned in breast cancer, pancreatic cancer, ovarian cancer, and prostate cancer. One such scientist with the name of Costa is currently in the motions of investigating the relationship between biofeedback response and a specific diagnosis of cancer, Costa has designed a clinical study in which healthy individuals, as well as patients with chronic hepatitis B, HCC, or breast cancer, are exposed to randomly chosen frequencies, HCC-specific frequencies, and breast cancer-specific frequencies (clinicaltrial.org # NCT01686412). The goal of this study is to determine the sensitivity, specificity, and the pattern of biofeedback response in those four distinct groups of patients.

In conclusion to the summary of reading this article, there are strong indications that applied frequencies at tumour-specific frequencies, are safe and well-tolerated and may lead to long-lasting therapeutic responses in patients with advanced cancer. Additionally, in-vitro (Test tube) experiments demonstrate that cancer cell proliferation can be targeted using tumour-specific modulation frequencies, which were identified in patients diagnosed with cancer. Tumor-specific modulation frequencies block the growth of cancer cells, modify gene expression, and disrupt the replication process. Studies are underway to dissect the biophysical mechanism leading cancer cells to respond to specific modulation frequencies identified in patients with a corresponding diagnosis of cancer but not to randomly selected or tumour-specific frequencies identified in other tumour types.

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On an unrelated note, a possible topic to research into is the intrabuccal administration of very low and safe levels of 27.12 MHz RF EMF, amplitude-modulated at 42.7 Hz, has a sleep-inducing effect in healthy subjects. (Reite M, et al. 1994)

After looking at this I feel that I understand the opposite ends of the spectrum in regards to the capabilities of this field. The ability to speed up the growth of cells using frequency but also the ability to slow down or hinder the growth of cells, both for advantageous purposes. After this, It will be worth looking at a more focused approach on the machines and equipment that utilise frequency. This should start to make the direction of the blog a little more solid.

- McCoy B. Santa Monica: Santa Monica Press; 2000. Quack. Tales of medical fraud. From the museum of questionable medical devices; pp. 71–94.

- ACS (2007) - Electromagnetic Therapy. American Cancer Society. 2007. Accessable at: http://www.cancer.org/treatment/treatmentsand-sideeffects/complementaryandalternativemedicine/manual-healingandphysicaltouch/electromagnetic-therapy

- Raines K. Dr. Albert Abrams and the E.R.A. Accessable at: http://www.seanet.com/∼raines/abrams.html.

- Cramp AJ. The elctronic reaction of abrams. Hygeia. 1924;2:658–659

- Hyperthermia for malignant disease--a history of medicine note--the work of Georges Lakhovsky.Farrell KAdv Exp Med Biol. 1982; 157():9-10.

- CA Cancer J Clin. 1994 Mar-Apr; 44(2):115-27

- Amplitude-modulated electromagnetic fields for the treatment of cancer: discovery of tumor-specific frequencies and assessment of a novel therapeutic approach.Barbault A, Costa FP, Bottger B, Munden RF, Bomholt F, Kuster N, Pasche BJ Exp Clin Cancer Res. 2009 Apr 14; 28():51.

- Sleep inducing effect of low energy emission therapy.Reite M, Higgs L, Lebet JP, Barbault A, Rossel C, Kuster N, Dafni U, Amato D, Pasche BBioelectromagnetics. 1994; 15(1):67-75.

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ankushnikam-blog · 7 years ago

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Electromyography Devices Market Forecast Report Offers Actionable Insights

Electromyography devices are powerful and flexible enough which are used for the re-education of injured muscles, relaxation training of tense muscles as well as training of the necessary muscles to improve incontinence. Electromyography devices are biofeedback devices and becoming widely used to help patients who are affected by neuromuscular disorders to regain voluntary control of specific muscles. Electromyography devices are employed for training in the rehabilitation of patients affected by the cerebrovascular accident, nerve injury, poliomyelitis, torticollis, bruxism, temporomandibular joint syndrome and other disorders. Nerve monitoring plays a significant role in the surgery which is also called as intraoperative neuromonitoring or neurophysiological monitoring (IONM) which implementing electrophysiological methods such as electromyography (EMG) and has become an essential part of the surgical team to avoid the situation like irreversible nerve damages caused during surgical procedures.

Electromyography devices appear to be a promising biofeedback treatment technique which is available for home use as well as professional use, and biofeedback sessions can be conducted on a daily basis by the individual who is interested in recovering from the dysfunction and pain caused by tight muscles and also for neuromuscular rehabilitation. Electromyography device helps patients with chronic pain to discover the level of tensions 15 or 20 times normal levels in biofeedback sessions. Electromyography devices are used as the enhancer of the treatment which allows the patient and the therapist to make more quick and effective improvement towards the rehabilitation objective.

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Electromyography Devices Market: Drivers and Restraints

Ongoing research activities in the area of spinal disorders and cerebral has accelerated the Electromyography devices market. In recent time, increase in the prevalence of the neurodegenerative disorder among aging population such as Parkinson's and Alzheimer's disease, is the key driver of the global Electromyography devices market have proven to be opportunistic for the growth of biofeedback equipment in the upcoming future.Biofeedback equipment is used to serve different purposes like in improving athletic, corporate and academic performances as well to improve one’s health and wellness. Some of the factors like lack of skilled professionals and the low government funding could hamper the growth of Electromyography devices market. Increasing mergers and acquisitions and rapid product launches between government associations and manufacturing companies are some of the trends in the global electromyography devices.

Electromyography Devices Market: Segmentation

Electromyography Devices market segment is segmented by modality and the end user.

By modality

Portable devices

Standalone devices

By End User

Clinics

Hospitals

Rehabilitation Centers

Homecare Centers

Electromyography Devices Market: Overview

Electromyography devices are expected to show healthy growth in the forecast period as it non-invasive technique and no health risk is associated with it. The Michigan Headache and Neurological Institute (MHNI) acclaims that Electromyography devices involve in therapy improve symptoms of a headache and migraine approximately in 40 to 60 percent of patients. Biofeedback equipment is also used by sports psychologists to reduce the smoking habit and helps in sharpening their focusing abilities. Growing awareness about physiological and psychological health among population leading the biofeedback electromyography devices market to grow faster.

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Electromyography Devices Market: Region-wise Outlook

Globally, North America dominates in Electromyography devices market due to increase in awareness and the importance of the muscle monitoring devices. North America has well-built healthcare infrastructure as well as the preference of non-drug treatment by patients and is expected to continue its dominance in the upcoming period due to the high prevalence of neural diseases. North America is followed by Western Europe in Electromyography market due to the advancement in technology and the easy access to the technologies. Asia-Pacific region is expected to show faster growth curve in the forecast period due to high demand for neurophysiology devices, increasing the disposable income of emerging countries as well as growing number of hospitals/ clinics, specialized neuro-care centers, and monitoring practices.

Electromyography Devices Market: Key Market Participants

Some of the key players in this market include Cadwell Laboratories Inc, Compumedics Limited, Covidien Limited, Natus Medical Inc., Electrical Geodesics Inc., Nihon Kohden America Inc. NeuroWave Systems Inc., and Noraxon U.S.A.; Inc.

Full Report Analysis@ http://www.futuremarketinsights.com/reports/electromyography-devices-market

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ds4design · 8 years ago

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Noraxon myoMETRICS Portable Lab: Interview with Brent Perkins, President and Coleman Bessert, Director of Biomechanics

Human biomechanics involves studying the reaction of the human body under various forces and stimuli. Biomechanics experts investigate how the musculoskeletal system works under different conditions and how it interacts with the environment. The resulting data are used to discover the biophysical capabilities and limits of the human body, and have a variety of applications in numerous fields, from sports science and ergonomics, to evaluation of gait, injury rehabilitation, and performing arts.

Technologies and equipment precise enough to deliver high-fidelity data that facilitate understanding of human movement have historically been tethered in high-performance laboratories, limiting the biomechanics expert’s data set. Measurements in the field, or in a subject’s most natural environment, deliver the highest data integrity, but can be difficult to achieve without portability. Noraxon has developed an integrated biomechanics research ecosystem, the myoMETRICS Portable Lab, which can be easily transported and deployed in nearly any natural environment. The product was recently announced at the Medica 2016 trade fair in Germany.

Medgadget had the opportunity to ask Brent Perkins (President) and Coleman Bessert (Director of Biomechanics) some questions about Noraxon’s newly released myoMETRICS Portable Lab.

Conn Hastings, Medgadget: How does the system differ from conventional equipment for recording and analyzing human movement?

Brent Perkins (left) and Coleman Bessert (right)

Brent Perkins, Noraxon: In reality, it doesn’t. Noraxon has a 25-year track record of developing high-fidelity devices used in biomechanics research. The Portable Lab operates on a highly efficient software platform, which integrates a series of assessment modules, automatically synchronizing all data recording and processing. This seamless integration of data can dramatically reduce the time it takes for researchers to obtain meaningful answers to critical biomechanics-related questions.

Coleman Bessert, Noraxon: The reason we think this is such an innovative solution is that our Portable Lab incorporates the same Noraxon myoMETRICS system and technology installed in our customers’ biomechanics labs all over the world. However, this system is wireless, offering researchers unrestricted portability, yet it still delivers the high-fidelity data realized by a traditional biomechanics lab.

Medgadget: Can you give us a brief overview as to what is included in the box and how it works?

Brent Perkins: Our engineers combined all of our independent hardware systems into one solution, allowing researchers and sports scientists the ability to take their traditional lab anywhere and capture human movement, unrestricted, in its most natural environment. With the research community’s needs in mind, Noraxon designed the ecosystem to aid in the many situations and environments that exist, such as athlete assessments on the field, gait analysis in the physical therapy clinic, biofeedback for neuro-rehab patients or even objective concussion testing.

Coleman Bessert: The Portable Lab includes a number of innovative features, including a full suite of biomechanical 3D motion capture sensors that wirelessly transmit data in real time using our patented amplifier technology to guarantee the highest-fidelity signal. The sensors can also record all data to on-board memory, which guarantees zero loss of data.

The Portable Lab is also outfitted with our high-speed, high-definition NiNOX camera system, specifically designed for human movement analysis and motion tracking. The camera and LED light combo is USB-powered and operates at up to 250 frames per second.

Our mission is to provide researchers with access to high-quality data, anywhere, at any time. The Portable Lab fully achieves this goal for the first time in the history of biomechanics.

Medgadget: What parameters can be measured by the system?

Coleman Bessert: Electromyography (EMG), 3D motion capture, force, pressure and other physiological processes (such as accelerometers and sensors to measure heart and breathing rate, heart rate variability, etc.), as well as video analysis. The modular nature of the system allows for researchers to start collecting data incrementally. As a researcher’s needs change, the modular architecture of the Portable Lab and integrated software platform means he or she can easily plug in additional biomechanics modules and sensors.

Medgadget: Was the miniaturization process a challenge? How long has it taken to develop the system?

Brent Perkins: We leveraged existing technology to develop the Portable Lab, but making this type of system truly portable definitely faced some challenges. While the miniaturization process had been in R&D for more than five years, the real hurdle was integration and synchronization within a small portable form factor.

Medgadget: Is it important that researchers collect data in the field, as opposed to inviting participants to a dedicated biomechanics laboratory?

Brent Perkins: Yes. Some things you just can’t measure in a dedicated laboratory—you need to go where the action is. Take the example of a concert violinist. If she were to come to a biomechanics lab and try to replicate her performance, many aspects would be different. First, she would be playing in a small lab, where the air smells different, the lighting is different and the chair is different from how they would be onstage in a concert auditorium. And because there is no audience, she receives no feedback that might influence her from a physiological standpoint. Bringing data collection to the violinist in her natural environment is important because it captures the essence of the real-life performance and increases the integrity and usability of the resulting data.

With the Portable Lab, researchers can now gain unprecedented insight into which specific environmental factors affect subjects physiologically, and how that translates into the way they move. It is our job, as a company, to enable biomechanics experts to quantify these performances so that practitioners can understand, analyze and improve their methods and help improve that performance, whatever it may be.

Coleman Bessert: This is a way to deliver the most natural movement patterns to the research community. Previously, when studies or data collection were performed in a lab setting, researchers would see “best behavior(s),” a subject’s natural reaction(s) to the data collection. However, it is that effort to obtain data of the highest integrity—and limit results that feature “best behavior”—for which the Portable Lab was developed.

In competition or performances, the subject’s only goal is to complete the task, whatever it may be (outmaneuvering the defender; keeping perfect pitch and tone; or, as a neurological rehab patient, walking over uneven surfaces). Noraxon believes each of these goals is the definition of “performance” for that individual, as each person is unique in that regard.

Medgadget: Can the system be used outdoors in challenging terrains or adverse weather conditions?

Brent Perkins: Terrain is not an issue at all. In fact, the Portable Lab is already being used for extended intervals such as in marathons and cycling, as well as in arduous landscapes such as downhill skiing, trail running and rock climbing.

Coleman Bessert: With regard to moisture, heavy rain or snow, there are some operational challenges; however, we do not foresee this being a long-term constraint. Our engineers are working hard on all facets of water resistance and system ruggedization.

Product page: myoMETRICS Portable Lab

This post Noraxon myoMETRICS Portable Lab: Interview with Brent Perkins, President and Coleman Bessert, Director of Biomechanics appeared first on Medgadget.

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