#EEG Test cost

[thelabexperts]

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[mycological-mariner]

This might be the worst EEG I have ever had. Only on day one too. Of all my gripes the biggest is that the wires aren’t protected. They’re not wrapped, not secured with any tape or bandage, nothing. This is totally understandable if you’re only having a 4 or 7 hour EEG, but I’m here for five days. I can’t so much as lay down without the wires becoming loose, which is kind of crucial to having an EEG. The tech only comes in twice a day and leaves at 4pm. So that means tonight, when I’m sleeping and a wire is disconnected I’ll have no way of reconnecting it, costing HOURS of important data. Because this whole thing IS just that, collecting information. I will have thrown away a week and a grotesque amount of money on travel alone for an incomplete test. Absolutely ridiculous.

[little-pissbaby]

as always, we're complaining under the cut. tw for medical PTSD, mentions of medical procedures, personal/graphic descriptions of my fucked up little body, extremely privileged whining, it's worth it for the cat at the bottom tho

I am exhausted by the number of appointments I have. I've become the kind of person who has multiple appointments every single week. This week and next week are three appointment weeks, and those appointments always lead to scheduling MORE test/procedures/office visits.

I had an appointment with my urogynecologist. Given my history of neurogenic bladder and severe stage IV endometriosis, she's in agreement with me that it might be time to at least consider a bowel diversion, if not a total colonoscopy. This would be done in addition to a bladder diversion because self-catheterization has proven unsustainable and, frankly, dangerous for me to try to continue. I'll likely have a foley placed tomorrow morning that will stay in until I can get in to the urological surgeon, who has not called to schedule yet. I have the colorectal surgery consult next month and the neurourology consult a month after that. Just thinking about it gives me a headache.

I also have an EEG in a few days to see if the blackout episodes I've been having are epilepsy, and if it is, I'm not sure what we'll do since I'm already on a good amount of anticonvulsants. I have a feeling I'm going to leave that test with a migraine and no answers, which was exactly how the EMG/NCS I had done in my hand last Friday went.

Other things I've started include using a CPAP machine. I thought this shit was supposed to help you sleep better, but instead I'm waking up many many times in a two hour window, the pressure being pushed into my lungs is dislocating my ribs, I'm getting bloated from wearing it, and the pressure is coming out of my eyes and ears too due to a deformity in my inner ears called patulous eustachian tubes, so now my constant migraine is back in full force. I'm nothing but bloated and irritable as hell, but if I don't use it for at least four hours a day for at least 24 days a month, medicaid won't pay for it and I will have to pay out of pocket to buy the machine. My mother price checked it, it costs ~$1300 to buy the machine I have. I might just give up and give it to my brother, who also needs a CPAP but who doesn't also have EDS and is, therefore, not prone to ribs dislocating.

I met with my 4th electrophysiologist and that was a frustratingly and dangerously nonproductive appointment. He did not speak or understand spoken English well enough to be allowed to practice medicine in an English-speaking country imo. I don't give a shit about an accent, I don't think people need to "go back to where they came from" or that they need to speak English exclusively, but man it is so important in the field of medicine to be able to actually understand what your patient is saying to you. He had no idea what the condition I have even was, and he assumed I made all of these diagnoses for attention but would "humor me" and wrote IN HIS NOTES that I "insisted" on a holter monitor and tilt table test. I got these orders from Duke university, the closest university to me that has a genetic electrophysiology department and a dysautonomia clinic, both of which I was being seen at until Duke stopped taking my insurance. I was trying to tell this absolute worm brain that I was telling him what the top specialists GLOBALLY told me to have done, but I was just being young and attention-seeking I guess, I'm so dangerously angry about it, it makes my chest hurt to try and articulate just how badly this EP fucked it up for me.

I realized in the middle of a visit with my PCP on the 30th that I am not working towards a goal. Most people go to the doctor with the goal of Get Better Enough To Work, or Get Better Enough To Take Care Of The Kids. I don't have that. I'll never be able to hold down a job and I can't and don't want to have children.

I feel like the shittiest friend on Earth too because a good friend of mine only lives four hours away, but as much as we'd both like to visit, I have to schedule everything in my life around what's starting to look like a year packed with surgeries. I can't just pack up and go visit him, I come with medical equipment now. Between meds, splints, incontinence supplies, and the CPAP, I have to basically haul around a small urgent care center everywhere I go. I hate that I have to be planned around.

For a few wins, I do not have carpal tunnel, and when I had my A1C checked at my last PCP appointment, it was 4.9! Every doctor who finds that out informs me even their own A1C isn't that good because they like some specific sweet treat too much. My secret? No one has said they liked something that doesn't have dairy in it, and I've had a dairy allergy since birth.

anyway. I turned 26 just over a month ago and my beloved medical advisor turned 1 year old the same day. she's my birthday buddy :) it's weird having an Adult Cat in the house now, she's not the teeny tiny kitten that sneezed in my eye and gave me pinkeye anymore.

thanks 4 reading, besties. until my next frustratingly whiny and Packed Full of Info update <3

pictured: my big adult girl and medical supervisor 🥰

[magz]

went neurology today

have observation report, it say multiple thing, but one part it say magz have "asthenia" (astenia in spanish) - which search, it mean "extreme weakness and fatigue". did thing at neuro. like test if eye able follow object - which kinda able do, sorta? stretch arm and leg out - which barely able do, difficult shaky. he lightly tap magz on knee and arm, it react. follow finger nose to object - failed when try either hand after 2 times.

got referral for 12 hour ambulatory EEG and blood test.

need find other place do 12hr EEG. first place ask for, it cost 30,000 dominican peso, no accept insurance. that like, over $500 usd.

magz tired, ah.

[snarpreplies]

As other people have said, this does kind of resemble an experimental balance-testing rig - those use infrared lights + cameras to track and record eye movements. There could be use cases for magnetic sensors in re checking for stuff like Meniere's Disease - though in that case, I think I'd expect one near each ear...? (Also, I'm glad this thing doesn't turn on.)

One possibility I haven't seen anyone point out yet: a prototype "lucid dreaming induction" mask. These are worn to bed, and generally claim to monitor the wearer's eye movements for REM sleep and, when it's detected, turn on LEDs as a cue to tell the wearer that they're dreaming.

People in the market for this sort of thing tend also to have an interest in psychic powers and/or poorly-tested consumer "brain improvement" tech mimicking actual medical equipment. I saw a headset that claimed that it was capable of detecting sleep phase via EEG.

These are mostly vaporware, and I suspect that the ones that ship mostly just have a couple LEDs on a timer. People trying to DIY them tend to run into practical constraints: cost, sensor accuracy and durability, "what is REM sleep even supposed to look like," people don't sleep well with rigid electronic stuff strapped to their head, "I broke the Arduino with my teeth :(," etc. Also, it just doesn't work very well.

my roommate bought a VR headset at a flea market. it’s got no company name on it, except for a stylized logo no one can figure out. She tried to get it working but couldn’t, so I’m taking a look. It’s got warnings about lasers on it and it says “for testing and development only, not for resale”. It’s got weird padded sections that go over your head, not just over your eyes. 

I think I’ve read this mind control story. I’m about to get hypnotized into being a mindless drone, aren’t I? 

[goldislops]

Decoding the Human Brain: How Piramidal’s AI Is Breaking New Ground

The brain’s deepest, darkest secrets are no longer safe. Why? AI startup Piramidal is unlocking the mysteries of the mind. This Y Combinator-backed venture is pioneering a first-of-its-kind foundation model designed to interpret the complex "brain language" captured by electroencephalography (EEG) data.

What’s the promise? Piramidal’s AI could change the game for neurological diagnostics. Today, when patients undergo EEG testing, neurologists have to analyze days or even weeks of brainwave data—a process prone to error and limited by the availability of specialized experts.

Piramidal’s AI offers a solution by providing near-instant analysis for practitioners to make diagnoses.

Quicker diagnostics: The AI rapidly processes vast amounts of EEG data, offering real-time insights into conditions like seizures, brain injuries, and more.

Cost-effective care: By automating the analysis, Piramidal’s AI reduces the burden on neurologists, making advanced neurological care more accessible and affordable.

Transforming treatment: The AI not only identifies existing biomarkers but also has the potential to discover new ones, paving the way for breakthroughs in conditions like Parkinson’s and Alzheimer’s.

Zooming out: AI is making significant inroads in healthcare. With Piramidal, we’re witnessing AI push further into the realm of neurology, offering tools that could fundamentally change how we approach brain health.

[mymedtrips]

Best Neurosurgery Hospitals in India

Neuro diseases are very bad diseases. Many people are caught by Neuro diseases nowadays. It is related to brain diseases. Many people in India are caught by Neuro Diseases. It happens in Adults as well as children.

A person of any age can be affected by this. Before this time very bad disease Named EPILEPSY affected adults as well as children. It causes FITS in a person who is affected by this disease. It is a nerve problem in the Brain.

When this disease increases it can become BRAIN TUMOR in a person who is affected by this disease which can be the cause of death. It is not good for a person and their family members.

When a person is affected by BRAIN TUMOR then firstly doctors recommend to treatment of a person by medication. The person affected by the starting phase of BRAIN TUMOR of many diseases like EPILEPSY and the person has to take many medicines in a day for many years, Medicine Neuro diseases are very costly. But if a person doesn't want to do surgery on the brain, a person is afraid of death. So a person is ready to take medicines daily.

otherwise, in BRAIN tumors doctors recommend doing Neurosurgery of the Brain. Doctors check that person who has been taking medicines for many years and then suggest him to Neurosurgery or take medicines his whole life.

Neuromedicines and neurosurgery a very costly processes in India and it is very tough to take treatment of NEUROSURGERY for a Normal middle-class person. A person doesn't want to prefer surgery so he recommends taking medicine and the person's family members don't agree to Neurosurgery.

NEUROSURGERY COST in India

When a Patient's Condition is very critical then doctors suggest Neurosurgery. There are many tests of the brain recommended by doctors i.e. MRI, CT-Scan, EEG, etc. Which are very costly. MRI confirms that this part of the brain caused of Brain Tumor. It is a very technical surgery and many gadgets are used in this surgery. Most doctors do laser neurosurgery which is very costly and difficult to do by a middle-class person. It starts from 2 lacs to 5 lacs. But for some patients, its amount goes high.

BEST HOSPITAL FOR NEUROSURGERY IN INDIA:

Now in every city, there is a one special hospital named Neurosurgery like Bhatia Neurosurgery Hospital which is in Patiala district in Punjab. Also, many hospitals especially do treatment of this disease and other diseases as well like Knee Surgery. Other hospitals are popular for the treatment of Neurosurgery like Indraprastha Apollo Hospital in New Delhi. Fortis Healthcare is situated in almost every state of India. Apollo is the best neurosurgery hospital in India.

BEST DOCTORS FOR NEUROSURGERY IN INDIA

There are many doctors of Neurosurgery in India. In every government hospital, there are many special neurosurgeons do treatment of Neuro patients. Some Doctor's name I am mentioning below.

1. Dr. Sudheer Kumar Tyagi

2. Dr. Vinit Suri

3. Dr. V.P. Singh

4. Dr. Sanjeev Dua

5. Dr. Anita

My Med Trip is one of the best medical tourism companies. We provide complete medical and healthcare services with consulting in India for patients from all over the world including South African countries like Kenya, Ethiopia, South Africa, etc. We help you in finding the best hospitals, doctors, and good accommodations at affordable costs in India. We offer Kidney, liver, lung, heart, and bone marrow transplants and treatment; shoulder replacement surgery cost , knee replacement surgeries, breast cancer surgery cost, skin cancer treatment, kidney transplant cost, heart transplant and so on.

Source: https://mymedtrips.blogspot.com/2023/09/best-neurosurgery-hospitals-in-india.html

[jcmarchi]

Improved Neuromonitoring Could Prevent Brain Injuries for Patients on ECMO Life Support - Technology Org

New Post has been published on https://thedigitalinsider.com/improved-neuromonitoring-could-prevent-brain-injuries-for-patients-on-ecmo-life-support-technology-org/

Improved Neuromonitoring Could Prevent Brain Injuries for Patients on ECMO Life Support - Technology Org

Rochester researchers are developing multimodal, non-invasive ways to study the brain’s physiology and reduce neurological issues associated with the therapy.

BRAIN FLOW ILLUMINATED: Diffuse correlation spectroscopy (DCS) uses near-infrared light to non-invasively measure blood flow about one centimeter into brain tissue. Image credit: University of Rochester photo / J. Adam Fenster

Extracorporeal membrane oxygenation (ECMO) can be a life-saving therapy for patients with acute heart or lung failure. During ECMO therapy, a patient’s blood flows out of their veins through tubes and into a machine that does both the actions of the heart and lungs. The oxygenated blood is then returned to the body allowing the heart and lungs to rest.

While ECMO can stabilize a critically ill patient in an intensive care unit, the procedure carries significant risks, including brain injury. Often these patients are comatose, and current neuromonitoring techniques are too risky and invasive to perform routinely. Now, researchers at the University of Rochester are devising new non-invasive, multimodal techniques to monitor the brain’s physiology and prevent harm.

Regine Choe, an associate professor of biomedical engineering and of electrical and computer engineering, and Imad Khan, an assistant professor of neurology and neurosurgery, have linked together multiple devices to evaluate different aspects of the brain’s health. The devices monitor the cortex, the brain’s outermost layer where neurons reside, using electroencephalography (EEG) to study electrical activity and a new optical method called diffuse correlation spectroscopy (DCS), which measures brain-blood flow. They also use evoked potentials—measurements of the electrical signals produced by the nervous system in response to an external stimulus— to examine deeper structures in the brain.

“Using near-infrared light, we can non-invasively evaluate blood flow about one centimeter into the brain tissue,” says Choe. “This is done by bouncing light off the red blood cells in the brain’s capillaries.”

She adds, “The correlation between blood flow measured by DCS and neural activity measured by EEG can tell us a lot about the health of the brain. We believe evoked potentials will provide important indicators about whether a patient can potentially wake up from their coma.”

ECMO therapy—enhanced with more data

The project began in 2019 with funding from a University Research Award and the team has tested it on more than 20 patients to date. Choe and Khan recently received a National Institutes of Health grant to further refine their method. The grant will allow them to test the process on 100 comatose patients who have suffered from cardiac arrest, some of whom are receiving ECMO and others who are not.

So far, the researchers have used DCS on the front portions of the brain, which has yielded intriguing findings such as asymmetric perfusion in the brain’s hemispheres. This finding may be caused by ECMO in patients who are comatose. The researchers want to expand perfusion monitoring to the 20 locations of the brain often used for EEG monitoring, thereby providing an additional metric for brain health. They aim to create a low-cost instrument incorporating both modalities that they can prepare for clinical trials.

The researchers say the data they collect through their system will provide important information to help clinicians optimize ECMO therapy.

MINDFUL INNOVATION: A prototype system links together multiple devices to evaluate different aspects of the brain’s health. The devices monitor the cortex, the brain’s outermost layer where neurons reside, using electroencephalography (EEG) to study electrical activity and a new optical method called diffuse correlation spectroscopy (DCS), which measures brain-blood flow. They also use evoked potentials—measurements of the electrical signals produced by the nervous system in response to an external stimulus—to examine deeper structures in the brain. Image credit: University of Rochester photo / J. Adam Fenster

“Our brains naturally have extremely intricate ways of controlling the amount of blood flow it receives, and how much oxygen and carbon dioxide need to be in the blood,” says Khan. “With ECMO, we are bypassing all of that to put blood flow and gas exchange in the hands of a clinician. Our device will provide clinicians with more data to make informed decisions about how to regulate these factors.”

Mark Marinescu, an assistant professor of clinical medicine and a cardiac intensivist collaborating on the project, believes the technique can help provide better care to patients and their families.

“A lot of times patients will come in unconscious because they are so sick and you have to make life-changing decisions about long-term medical devices to support them,” says Marinescu. “It would be really helpful to be able to predict if they are neurologically going to do okay afterwards. That would help us counsel patients’ families regarding what we should advocate for.”

Source: University of Rochester

You can offer your link to a page which is relevant to the topic of this post.

[thelabexperts]

The Lab experts- Best MRI Scan provider in Delhi NCR

Are you planning on a best MRI scan, MRI test the lab experts in Delhi ncr? If yes, then our team at the lab expert is here to help you out. We are a team of experts in the field of MRI scan, MRI test lab. Our experience and expertise has helped us provide services to many clients from different sectors and industries.

If you are looking for a reliable company that can provide you with quality services then look no further than us. We will be able to provide you with everything you need related to your project including; MRIs, CT Scans, X-rays etc., at affordable rates.

 As if it's not already difficult enough to get an MRI scan done, you have to worry about the bill at the end of it. You might expect that getting an MRI done would cost a lot of money, but that is not always the case

Our team is made up of highly trained professionals who work together to provide the best service possible. From our location to our equipment and technology, we strive to provide the best possible experience for our clients so they can be confident that their MRI exam will be done correctly and accurately.

The MRI test is performed in a hospital or outpatient facility with specialized equipment. You will be asked to remove any metallic jewelry or watches before the procedure begins. You may be asked to lie on a specially designed table that moves up and down, side to side and back and forth while imaging occurs inside your body. During this process, you will feel pressure on various parts of your body as images are captured by the scanner's sensors.

The results from this scan can help determine whether surgery is necessary for treatment options such as an operation, medication or rehabilitation therapy. This test also helps doctors plan for future surgeries if needed, for more information visit on our website- www.thelabexperts.com

[thegeniuswave]

The Genius Wave Reviews

The Genius Wave program has recently gotten attention as a fast audio-centered tool for enhancing brain function. Its purpose is to increase creativity, focus, and ability to solve problems. Neuroscientist Dr. James Rivers developed this program, which uses a 7-minute track of theta brainwave stimulation to help people tap into heightened mental states.

In this Genius Wave Review, we’ll take a closer look at how it works, the validity of its assertions, cost information, advantages and disadvantages, negative effects, the trustworthiness of the creator, user opinions, and alternatives. We’ll also provide actionable conclusions about who The Genius Wave might or might not be good for.

Our intent is to get past the promotional language and give an impartial analysis of whether The Genius Wave can really improve cognitive capacity for the normal individual as claimed.

What Does The Science Say Regarding Theta Brainwaves?

First off, let's inspect what research in neuroscience reveals about the theta brainwaves that The Genius Wave tries to evoke:

Theta waves oscillate between 4-7 Hz, largely appearing during particular sleep phases and meditative conditions. Studies associate theta brain activity with:

Amplified innovation, insight, and skill at solving problems

Consolidating subconscious information

Intuition and spontaneous realizations

Visualization and sensory imagination

Calling up long-term recollections

Removing mental obstacles

Extreme, absorbing focus

However, theta waves naturally decrease as we get older. The Genius Wave aims to turn back this effect and make high-level theta waves more easily achieved.

Yet it’s vital to realize more research is still required to completely confirm the wide-ranging cognitive upsides that many tie to theta waves. Their potential at elevating innovation demonstrates initial promise but stays indefinite.

How Does The Genius Wave Function?

The fundamental concept behind The Genius Wave is that as kids, our brains automatically function at dominant, low-frequency theta brainwaves linked with resourceful thinking.

But these theta brainwaves get suppressed in adulthood, gradually diminishing our innate creativity over time.

The 7-minute Genius Wave audio track intends to reactivate theta waves by using sounds designed to return the brain back into those more youthful frequency patterns.

The audio employs binaural beats and isochronic tones - layered, pulsating tones that can affect brain waves when heard via headphones.

Listening daily aims to strengthen adult theta wave patterns again, essentially freeing dormant creative capacity.

What Proof Exists To Show It Works?

While creator Dr. James Rivers points to credible neuroscience research regarding theta waves in general, no specific clinical studies conclusively prove The Genius Wave's effectiveness itself.

No EEG tests demonstrating measurable gains in users' theta activity are referenced. We only have anecdotal self-reported experiences from some reviewers claiming they subjectively sense being more creative.

And most credible user reviews predominantly cite subtle effects at best – not the game-changing genius-level impacts as hype in the sales components would suggest.

So evidence of genuinely transformational effects is lacking. However, mild improvements remain possible based on broader research into brainwave entrainment.

[techieyan]

Game-Changing Medical Applications of Matlab Project Ideas to Improve Healthcare

Matlab, or Matrix Laboratory, is a powerful programming language and interactive environment widely used in various fields, including medical research and healthcare. With its numerous built-in functions and user-friendly interface, Matlab has become a game-changer in the field of medical applications, providing researchers and healthcare professionals with innovative tools to improve patient care and advance medical research. In this article, we will explore some game-changing medical applications of Matlab project ideas that have the potential to revolutionize healthcare.

1. Medical Imaging and Diagnostics

Medical imaging is an essential tool in the diagnosis and treatment of various medical conditions. Matlab's image processing toolbox offers a wide range of functions for image enhancement, segmentation, and analysis. Using these tools, researchers and healthcare professionals can develop advanced algorithms to improve the accuracy and efficiency of medical imaging techniques such as MRI, CT scans, and ultrasound.

For example, a team of researchers at the University of California, Los Angeles (UCLA) used Matlab to develop a computer-aided diagnosis system for detecting breast cancer. This system uses advanced image processing techniques to analyze mammograms and identify suspicious areas, reducing the need for unnecessary biopsies and improving the accuracy of diagnosis.

2. Predictive Modeling and Disease Forecasting

Matlab's data analysis and machine learning capabilities make it a powerful tool for predictive modeling and disease forecasting. By analyzing large datasets of patient information and medical records, researchers can develop models to predict the likelihood of disease occurrence, progression, and response to treatment.

One example of such a project is the development of a predictive model for heart failure using Matlab. Researchers at the University of California, San Francisco (UCSF) used machine learning algorithms to analyze data from electronic health records and identify patients at high risk of developing heart failure. This model can help healthcare providers intervene early and provide appropriate treatment to prevent heart failure.

3. Medical Signal Processing

Signals such as electrocardiograms (ECG), electroencephalograms (EEG), and blood pressure readings provide critical information about a patient's health. Matlab's signal processing toolbox offers a range of functions for filtering, analyzing, and visualizing these signals, making it an essential tool for medical signal processing.

For instance, a team of researchers from the University of Toronto developed a Matlab-based system for real-time analysis of ECG signals. This system uses advanced signal processing techniques to detect abnormal heart rhythms, such as atrial fibrillation, and alert healthcare providers in real-time, improving the accuracy and speed of diagnosis.

4. Medical Device Development

Matlab is also widely used in the development of medical devices, including prosthetics, assistive technologies, and diagnostic tools. With its ability to control hardware interfaces and process data in real-time, Matlab provides a platform for the rapid prototyping and testing of medical devices.

One example is the development of a low-cost prosthetic hand by researchers at the University of Southampton using Matlab. This prosthetic hand uses sensors and algorithms to detect muscle movements and mimic the natural movement of a human hand, providing a more affordable and functional alternative to traditional prosthetics.

5. Modeling and Simulation of Biological Systems

Matlab's computational capabilities make it an ideal tool for modeling and simulating complex biological systems. Researchers can use Matlab to develop mathematical models of biological processes and simulate their behavior under different conditions, providing valuable insights into disease mechanisms and potential treatment strategies.

For example, researchers at the University of Pittsburgh used Matlab to develop a model of the human lung and simulate the effects of different ventilation strategies on lung function. This model can help healthcare providers optimize ventilation strategies for patients with respiratory illnesses and improve their outcomes.

In conclusion, Matlab has the potential to revolutionize healthcare with its advanced capabilities in data analysis, image processing, signal processing, and modelling. These game-changing medical applications of Matlab project ideas demonstrate the wide range of possibilities for using this powerful tool to improve patient care and advance medical research. With continued development and innovation, we can expect to see more groundbreaking medical applications of Matlab in the future, further enhancing the quality and efficiency of healthcare.

[modernscan33]

Diagnostic Center In Anna Nagar

Diagnostic Center, Tests Performed and Their Benefits

Diagnostic tests are essential in the healthcare sector because they help detect diseases early, make accurate diagnoses, develop personalized treatment plans, monitor disease progression, and monitor infectious diseases, infections, reduce health care costs, and promote medical research and innovation. Diagnostic centers offer screening tests and preventative health checks that can help identify early signs of diseases. Early detection allows doctors to develop a treatment plan that can prevent the disease from progressing or getting worse.

Tests Offered at an advanced Diagnostic Centre 

Pathology Lab

Digital X-Ray

Sonography

Stress (TMT)

2D Echo

CT-SCAN

MRIs

Ultrasounds

Biopsies

Benefits Of Diagnostic Centers

Regular checkups keep you healthy

Diagnostic procedures open new doors to improvement

Accurate diagnosis

Convenience Informed discussion leads to better care

Fast and timely results

Comprehensive test

For this you need to contact 𝐌𝐨𝐝𝐞𝐫𝐧𝐋𝐚𝐛&𝐗-𝐑𝐚𝐲𝐬, a top diagnostic center in Anna Nagar Chennai.

Best Diagnostic Centre in Chennai

𝐌𝐨𝐝𝐞𝐫𝐧𝐋𝐚𝐛&𝐗-𝐑𝐚𝐲𝐬, a leading diagnostic center in Anna Nagar offers all types of the most important diagnostic tests. The tests are performed quickly so you can get the test results as quickly as possible. Its test packages are reasonably priced. All of the laboratories are certified. It has the best in-house team of radiologists, microbiologists, and pathologists.

Services offered

Digital Scan

3D/4D Ultrasound

Whole body color doppler

Color echocardiogram

Digital Mammography

Dexa scan

ECG and Stress test

PFT & EEG

Pathology

Its laboratories are carefully managed and the services are meticulously designed to ensure that it maintains consistency in the safety and quality of diagnostic services offered. The diagnostic center follows strict quality control procedures. It also ensures that our services never violate any ethical standards. The results of these tests help healthcare providers make an accurate diagnosis and develop an appropriate treatment plan for their patients.Diagnostic centers offer a wide range of services, which can help improve patient care.Thiswill help in reducing costs by providing high-quality care at a lower cost.

[octalsoft]

Octalsoft - Future Trends in Clinical Research

Clinical trials are an important testing area for new medications and equipment. They are also costly, administratively difficult, and time-consuming.

The way life science businesses conduct clinical trials is continuously changing as new technologies emerge and the healthcare landscape changes. These advancements, ranging from the application of artificial intelligence to the introduction of merchants into the field, might help address the most pressing issues confronting clinical studies.

In this blog, we'll broach the subject of the future of clinical trials and look at some of the most recent clinical trial trends and how they can make studies cheaper, faster, and better - and change clinical testing in the future.

Advances in technology

The majority of drug trials fail. One research found that just 13.8% of medication development programs result in approval. It takes an average of 7.5 years from the commencement of clinical testing to marketing for those who succeed. The cost of trials to support FDA approval of novel medications ranges from $19 million to $2.9 billion, indicating that the risks are significant.

From bad research design and inadequate site selection to failure to recruit and participant withdrawal, technological innovations address some of the most frequent issues that may derail studies and distort outcomes. Consider artificial intelligence, decentralized clinical trials, and wearable technologies as examples.

Artificial intelligence:

ChatGPT is a new buzzword in the realm of artificial intelligence (AI). It's the greatest AI chatbot ever made available to the public. ChatGPT has already been designated as a co-author on at least four scientific publications, is assisting programmers in fixing code issues, and has attempted to persuade one guy to leave his wife, both impressing and disturbing millions of people since its inception in late 2022. It even passed all three sections of the United States Medical Licensure Exam.

The excitement surrounding the flashy chatbot signifies a huge step forward in AI's capabilities. Most of us are only now getting a sense of how far AI has progressed, yet it is already redefining important milestones in clinical trials. Here's how it's done:

Patient recruitment: 

One of the most difficult aspects of the clinical trial procedure is patient recruiting. Almost 80% of clinical studies fail to recruit participants on schedule. AI is quickly emerging as a viable answer as one of the foremost future trends in clinical research. For example, Johns Hopkins researchers are employing an artificial intelligence-based tool from Viz.ai to speed up enrolment in a brain damage trial. The software analyses patient data in real-time to find potential trial participants and alerts research teams. Similarly, Cedars-Sinai Heart Center researchers employed Deep 6 AI software to discover 16 subjects for a trial in one hour. After six months, the traditional technique yielded only two volunteers.

Predictive modeling: 

AI can also forecast research outcomes by analyzing patient records for trends and creating personalized predictions for a response. Based on pre-treatment symptom scores and EEG data, one research employed machine learning (ML) approaches to predict the improvement of depression symptoms in individuals undergoing antidepressant medication.

Clinical trial design is another area where AI has shown potential. Artificial intelligence algorithms can extract information from trial records and assess how each component of the trial procedure influences the outcomes. This strategy has been proven in drug discovery and is rapidly gaining favor in trial design and clinical trials of the future.

Virtual and decentralized clinical trials (DCTs):

Artificial intelligence isn't the only technology transforming clinical trials. Decentralized clinical trials (DCTs), in conjunction with digital technologies for remote assessment, are sweeping the medical research field as the future of clinical trials with respect to technology Medical research has traditionally been conducted in person at academic institutions, restricting possible volunteers to people who reside near study sites. DCTs leverage technology to perform part or all components of the trial remotely, such as electronic consent, wearables, and remote patient monitoring.

While the epidemic heightened support for DCTs, they are not wholly novel. In 2011, Pfizer conducted the first totally virtual clinical study. Without clinic visits, the experiment collected data using mobile phones and web-based technology.

DCTs expand access to a wider and presumably more varied pool of patients by meeting them where they are, such as low-income and rural patients. Patients who would ordinarily encounter significant barriers in centralized trials, such as travel fees and job absences, may be able or willing to participate in DCTs.

For example, almost 400,000 people signed up for Stanford University's Apple Heart Study, a virtual research that uses the Apple Watch to identify abnormal heart rhythms such as atrial fibrillation, a leading risk of stroke.

Another possible benefit for clinical trial sponsors? As many virtual trial instruments, such as the Apple Watch, record data passively at home, more data is being acquired more often and readily than ever before.

With increased digital health acceptability, there's no doubt that DCTs have "arrived" and are prepared to alter the clinical trial business today and in the future.

2. A changing regulatory landscape could boost diversity

Minorities are underrepresented in clinical trials. According to the FDA, in 2020, 75% of trial participants were white, 11% were Hispanic, 8% were Black, and 6% were Asian. Yet, one in every five medications has a varied response across racial and ethnic groups.

To address the issue of diversity, the FDA will soon require researchers and corporations seeking late-stage clinical trial approval to submit a plan for assuring diversity among trial participants.

Diversity must be addressed to ensure that studies are inclusive and reflective of the community they are intended to benefit. This can assist in ensuring that study findings are generalizable to the entire community, leading to more equal healthcare outcomes for everybody.

3. Retail giants are jumping into the clinical trial game

Retail behemoths are expanding into healthcare delivery, offering anything from immunizations to general care visits. What's less well-known is that these well-trafficked local stores are carving out a niche in clinical studies.

It's a no-brainer for retailers: By utilizing their massive customer base and store network, retailers can provide clinical trial sponsors with access to a diversified patient population, making it easier to enroll participants and run larger-scale trials. Shops may potentially get new revenue streams from pharma firms by participating in studies.

Among the new entrants, CVS Health, Walgreens, and Walmart stand out. CVS started offering clinical trials in 2021, while Walgreens and Walmart entered the market in 2022. Several shops have said that they want to improve diversity in drug development by making clinical trials more accessible to underrepresented groups including elderly persons, rural dwellers, women, and minorities.

It’s clear that moving into this space is not just a  win for retailers, patients, and pharma companies but the future of the clinical research industry.

In Summation

Overall, these improvements indicate that clinical trials will be more diversified, patient-centered, and technology-driven than ever before. The future of clinical trials holds tremendous promise for advancing medical research and improving patient care. The integration of big data, virtual and decentralized trials, AI and ML technologies, adaptive trial designs, and patient engagement will reshape the landscape of clinical research, making it more efficient, inclusive, and impactful. 

At Octalsoft, we have already begun stepping into the future with our comprehensive suite of eClinical software solutions. Do you want to know how you can overcome existing clinical trial challenges, accelerate the development of innovative therapies, and usher in a new era of evidence-based medicine that benefits patients worldwide with Octalsoft? Book a Demo with us Now! 

[kun-summacumlaude]

SUMMA CUM LAUDE? #20

I did not get away with it.

Welcome back readers, in this post I'll be reviewing my results for the previous semester and talking about my expectations for the next. I don't have that much to say to be honest.

Year 2, 2nd Semester

To start with, I did better than I predicted on my academic status note but I should have done better. I'm extra conscious to not sound ungrateful but I'm just being honest with myself. The Academic Status:

This is 80% correct. Except for CPE 221 & EEG 226. Come and join me sing Hallelujah!!! After my submission error in CPE 221 I was super scared of carrying the course over but they overlooked it and I got an A. Thank you Jesus. Then EEG 226, the bane of my semester, I got a B! I give all glory to God because I don't know what I wrote in both test and exam. It was a 60 on the gbam. The sweetest kind of B. I'm really glad those two came out the way they did.

GEG 222

3 Units. The summary of this course is that I did not do enough. It feels like a low hanging A that I failed to get. Statistics was an easy course but it took a while to understand what was really going on. In the end too much time. It is extra hurt that I can pinpoint 7½ marks that I lost in the test. I got 64/100 at the end of the day. What cost me those marks in the test? "x × x² = x²". I was hopeful for a really good exam to cover up for the test but that didn't happen. I wrote the exam and it was just off. I've accepted it already but that WHAT IF just keeps on coming back from time time.

At the the end of semester, an SGPA of 4.63 is still me achieving my goal of at least 4.50 every semester, which is good. But it could be better. I want those fine margins to go the sweeter way. My CGPA has dropped from 4.88 to 4.81. We go again next session. Thank God for 200 Level.

Day two of putting this post together and I realised that I didn't even talk about the courses where I did really well. All my focus was on the Bs. I don't encourage this lack of balance, I'm going to work on that in myself.

Expectations for 300 Level.

Academically, I want a 5.00 and more. What is more than a 5.00? I do not know but I what I do know, is that I want a 5.00 and more. The goal is to just do really well. Not just As but convincing As. 70 or 100 is the same according to my CGPA calculator and I don't normally care but this semester I want to go for those high ones. Outside Academics, I believe there is a purpose for me being in UNILAG and not OAU, Or CU or BU, or ABUAD, you get the point. So, this semester and session at large, I'm trying to be more conscious of achieving that purpose on campus, I don't know what it is but that is where the Holy Spirit comes in. I shall be praying until I realise it. I don't just want to excel academically; the school life outside exams should also have some nice things going on for itself. I pray I get nice accommodation to start with, that would be really advantageous. So, the expectation is to just excel, duh. But I want to do even more for others, however I can. It's fulfilling.

On the increment of the school fees, the increase is huge, and the student loan might not be so accessible to those who need it because of the requirements. I kind of feel for our VC, first female VC and it had to be her that all of this fell on, but I feel even more for those who have to struggle more than ever before to pay their fees. I'm just going to blame FG; this is on them. So much poor governance over a lot of years has led to this. I believe the school will feel the impact of the extra fees with time, we have to. Really, those fees had to go up, everything in Nigeria is more expensive that it was when the school fees became 20K. It couldn't stay at that forever; the school needs the money. There will always be a division on this issue so I'll just end by saying that if they had increased as need came, then there wouldn't be need to do it astronomically, but I guess no one wants to be the "bad guy". And mehn, we need better leadership in Nigeria, how could our "leaders" watch things get so bad? Bring back shame.

Oh yeah resumption was moved from the 3rd of October to the 30th. Next time I post, I should have done about 3/4 weeks in the semester, by God's grace. Until then, bye-bye. (Every semi-colon in this post was suggested by edge, how do you use those things?)

[lifesyncfl]

A Quick Intro to ECG Trunk Cables and Where to Buy

Medical testing equipment such as cardiac monitoring peripherals should exhibit high quality and exact suitability for use in supporting a specific procedure, such as an ECG.

This article will offer some background on ECG trunk cables, what they are, how they are used, and where you can get trunk cables that balance affordability and uncompromising quality.

What Are ECG Trunk Cables Used for? ECG trunk cables are cables that are used to establish secure connections to cardiac monitoring devices in order to deliver high-quality biosignal recordings.

ECG trunk cables, can be reusable, helping to drive down costs associated with the procedure without adversely affecting the quality of the results.

How Can I Assess the Quality of ECG Trunk Cables? There are a variety of ways you can assess the quality of ECG trunk cables. One is by compatibility with your system or machine. It must be the right length and configuration for use in your facility as well.

It is also important to ensure that the provider of your trunk cables produces options with the right number of leads. While the trunk cable itself may not necessarily color-coded, sometimes they have color-coded ports corresponding to the leads, which makes hooking them up easier for your personnel.

Insulation quality is another trait to consider. It’s best to avoid trunk cables with natural latex insulation as some individuals have latex allergies.

Another thing to consider about insulation is its durability. Some cleaning solutions, like ethyl alcohol, can damage electrical insulation. Make sure that the insulation of the trunk cables you buy is compatible with your sterilization protocol. (Keep in mind also that some cables, though reusable, are not autoclavable.)

Cables are often insulated with silicone, thermoplastics, or PVC, all of which are flexible and durable, but which each offer their own unique advantages and disadvantages.

Another thing to look for is material standard compliance ratings. Quality trunk cables are ROHS-compliant (Restriction of Hazardous Materials) and also meet IEC (International Electrotechnical Commission) standards.

Are There Other Types of ECG Cables and Attachments? There are a wide range of other attachments/components used in ECG monitoring, in addition to ECG trunk cables, including but not limited to ECG electrodes, alligator clips, and banana tabs.

Where Can You Get High Quality ECG Trunk Cables? Medical professionals or procurement specialists interested in securing a new supplier of high quality ECG trunk cables should contact LifeSync Cardiac through their website’s online form.

For over 50 years, LifeSync (formerly Rochester Electro-Medical) has been a premier supplier of high-quality, essential ECG accessories, including but not limited to ECG leadwire systems (LWS) and trunk cables and adapters. They also sell radiolucent ECG lead wires.

LifeSync also produces a wide range of high-quality EMG needles and electrodes, EEG electrodes, and IONM, PSG, and NCS accessories, among other medical equipment and accessories.

In addition, LifeSync specializes in streamlining ordering and procurement and can assist your facility in developing a customized fulfillment plan that will guarantee quality, minimize lead times, and help eliminate shortages of essential supplies.

For more information, visit their website at the following address: RochesterSuperstore.com.

[neotiamediplus]

A Comprehensive Guide to Diagnostics Centers: Why They Matter and What to Expect

In today's fast-paced world, health concerns are becoming increasingly prevalent. Whether it's routine check-ups, preventative screenings, or diagnosing complex medical conditions, diagnostics centers play a crucial role in modern healthcare. This blog will explore the significance of diagnostics centers and shed light on what you can expect when visiting one.

Understanding Diagnostics Centers:

Diagnostics centers are specialized medical facilities equipped with state-of-the-art technology and staffed by experienced healthcare professionals. Their primary purpose is to perform a wide range of medical tests and examinations to aid in the accurate diagnosis of various health conditions. These centers often offer a comprehensive array of services, including laboratory tests, imaging studies, and specialized diagnostic procedures.

2. The Importance of Diagnostics Centers:

Accurate and timely diagnosis is the cornerstone of effective healthcare. Diagnostics centers play a pivotal role in this process by providing physicians with vital information necessary to make informed decisions about patient care. Through advanced testing techniques and cutting-edge equipment, these centers enable early detection, disease monitoring, and treatment evaluation, significantly improving patient outcomes.

3. Services Offered:

a. Laboratory Tests: Diagnostics centers typically have fully equipped laboratories that perform a wide range of tests, including blood work, urine analysis, genetic testing, and more. These tests aid in detecting infections, assessing organ function, identifying genetic predispositions, and monitoring treatment progress.

b. Imaging Studies: Another critical aspect of diagnostics centers is their ability to conduct various imaging studies. These can include X-rays, ultrasounds, CT scans, MRI scans, and mammograms, among others. Imaging studies provide detailed visual information about the internal structures of the body, helping identify abnormalities or diseases.

c. Specialized Diagnostic Procedures: Some diagnostics centers also offer specialized diagnostic procedures such as endoscopies, cardiac stress tests, biopsies, and electroencephalograms (EEGs). These procedures are performed by highly skilled specialists and assist in diagnosing specific conditions or evaluating organ functionality.

4. Benefits of Diagnostics Centers: Diagnostics centers offer several advantages over traditional hospital settings, including:

Accessibility: These centers are conveniently located within communities, making them easily accessible for routine tests or consultations.

Efficiency: Diagnostics centers are designed to provide quick turnaround times for test results, allowing for faster diagnosis and treatment planning.

Expertise: The staff at diagnostics centers are often highly specialized and experienced in their respective fields, ensuring accurate and reliable results.

Cost-Effectiveness: Many diagnostics centers offer competitive pricing and flexible payment options, making healthcare more affordable for patients.

Diagnostics centers are integral to modern healthcare, providing essential diagnostic services to patients across a wide range of medical conditions. By leveraging advanced technology, skilled professionals, and a comprehensive range of services, these centers play a vital role in improving patient outcomes and promoting overall well-being. Whether it's for preventive care or diagnosing complex illnesses, diagnostics centers serve as an indispensable resource for individuals seeking accurate and timely medical evaluations.