#antimicrobial agent

[chemtexspecialityltd]

How is ALSTASAN SILVOX able to reduce germs concentration and ensure infection control in Hospital? | Chemtex

Alstasan Silvox, or Silver Hydrogen Peroxide based sanitizer is a well effective multipurpose disinfectant. The eco-friendly and bio-degradable nature of this silver peroxide makes it effective for both commercial and domestic usage.

ALSTASAN SILVOX is helping hospitals and healthcare units achieve higher standards of infection control, ultimately contributing to safer environments for patients and healthcare workers alike.

[nsfwitchy2]

So one of the bath mats we use at my job is slowly growing its own ecosystem, so I was trying to figure out how to get rid of the mold, and a bunch of the stuff I found was like, “Check the bath mats packaging and it should have instructions”

So I dig out the packaging from the closet and I’m scanning it on how to get rid of the mold

And I just-

[justinspoliticalcorner]

Maya Yang at The Guardian:

A controversial study that promoted hydroxychloroquine, an antimalarial drug, as a treatment for Covid-19 has officially been withdrawn. On Tuesday, Elsevier, a Dutch academic publishing company which owns the International Journal of Antimicrobial Agents, issued the retraction of the March 2020 study, saying “concerns have been raised regarding this article, the substance of which relate to the articles’ adherence to Elsevier’s publishing ethics policies and the appropriate conduct of research involving human participants”. Elsevier added that concerns had also been raised by “three of the authors themselves regarding the article’s methodology and conclusions”. An investigation by Elsevier’s research integrity and publishing ethics team, as well as the journal’s co-owner, the International Society of Antimicrobial Chemotherapy, found multiple issues within the study, according to a lengthy retraction notice. Among those include the journal being unable to confirm whether any of the patients involved in the study were acquired before ethical approval had been obtained. The journal has also not been able to establish whether there was equipoise between the study patients and the control patients. According to the Association of Healthcare Journalists, equipoise is the “genuine uncertainty within the expert medical community – not necessarily on the part of the individual investigator – about the preferred treatment.” The retraction notice also said that the journal has not been able to establish whether the subjects in this study should have provided informed consent to receive azithromycin as part of the study. According to the original study, the effectiveness of hydroxychloroquine to treat Covid would increase if used with azithromycin, an antibiotic. It went on to add that there is “reasonable cause to conclude that azithromycin was not considered standard care at the time of the study”. Since the study’s publication, three of its authors, Johan Courjon, Valérie Giordanengo and Stéphane Honoré, have contacted the journal to express their concerns “regarding the presentation and interpretation of results” and stated that they “no longer wish to see their names associated with the article”. Meanwhile, several other authors disagree with the retraction and dispute the grounds for it, the retraction notice said.

According to Nature, the study is the highest-cited paper on Covid-19 to be retracted, as well as the second-most-cited retracted paper overall.

The International Journal of Antimicrobial Agents retracts a March 2020 study that promoted hydroxychloroquine as a dubious COVID “cure”.

[ajaydmr]

Global Quaternary Ammonium Compounds (QAC) Market Growth Analysis: Innovations, Key Players & Projections (2025-2032)

Quaternary Ammonium Compounds (QAC) Market to 2032: Rising Hygiene Demands Drive Global Growth

The Global Quaternary Ammonium Compounds (QAC) Market is witnessing steady expansion as hygiene and disinfection become top priorities across industries. Widely recognized for their antimicrobial properties, QACs have become essential ingredients in products used to combat germs, particularly in healthcare, food production, and household cleaning.

Valued at USD 1,188.6 million in 2023, the market is expected to reach approximately USD 1,793.2 million by 2032, growing at a compound annual growth rate (CAGR) of 4.5% between 2024 and 2032.

What Are QACs?

Quaternary Ammonium Compounds, or QACs, are positively charged ions commonly used in disinfectants and sanitizing agents. Their ability to effectively neutralize bacteria, viruses, and fungi makes them ideal for use in high-risk environments such as hospitals, food facilities, and public spaces.

Get your free PDF sample report: https://dimensionmarketresearch.com/report/quaternary-ammonium-compounds-market/request-sample/

Key Market Drivers

1. Increasing Demand for Sanitization Products Post-pandemic practices have led to an increased demand for cleaning and disinfection solutions. QACs are integral to many of these products due to their fast-acting antimicrobial action.

2. Healthcare Sector Expansion Developing regions are heavily investing in healthcare infrastructure. New hospitals, clinics, and labs require efficient disinfection protocols—boosting QAC consumption.

3. Food Safety Requirements With global emphasis on safe food handling, QAC-based cleaners are being widely adopted in food and beverage processing to sanitize surfaces and prevent contamination.

4. Greater Public Hygiene Awareness Industries and individuals alike are now more conscious of sanitation, especially in schools, transport systems, and workplaces, where QACs help reduce the risk of disease spread.

Submit a custom inquiry or request specific data: https://dimensionmarketresearch.com/enquiry/quaternary-ammonium-compounds-market

Regional Market Overview

Europe Takes the Lead In 2023, Europe held 32.4% of global QAC market revenue. The region’s proactive hygiene policies, advanced healthcare systems, and consumer preference for disinfectant-based products continue to drive demand.

Rapid Growth in Asia-Pacific and North America The U.S. is witnessing widespread use of QACs across healthcare, commercial, and household segments. Meanwhile, countries like China and India are scaling up sanitation efforts in response to urban growth and public health initiatives.

Buy the full report for complete market insights: https://dimensionmarketresearch.com/checkout/quaternary-ammonium-compounds-market/

Key Application Areas

Healthcare: Used to disinfect medical tools, surfaces, and in antiseptic products.

Household Cleaning: Found in surface sprays, laundry disinfectants, and toilet cleaners.

Food & Beverage: Helps maintain hygiene on food-contact surfaces without leaving harmful residues.

Water Treatment: Applied to control algae and microbial growth in pipelines and tanks.

Agriculture: Used in cleaning animal facilities and farming tools to reduce the risk of disease.

Challenges and Considerations

Despite their effectiveness, QACs face several hurdles:

Environmental Impact: Improper disposal can cause harmful buildup in water systems and ecosystems.

Tighter Regulations: New rules in several regions are encouraging manufacturers to reformulate products with safer chemical profiles.

Risk of Resistance: Overuse or sub-lethal exposure may contribute to microbial resistance, requiring careful management.

These challenges are driving demand for more sustainable, biodegradable alternatives that still deliver strong antimicrobial performance.

Frequently Asked Questions (FAQs)

What are QACs used for? QACs are used in a variety of applications including disinfectants, sanitizers, preservatives, and surfactants in healthcare, food processing, water treatment, and household products.

Which region dominates the QAC market? As of 2023, Europe leads the market with a 32.4% share due to strict hygiene regulations and strong industrial demand.

What’s driving the QAC market? The major drivers include hygiene awareness, increased use of disinfectants, expanding healthcare systems, and tighter food safety laws.

Are there environmental risks? Yes, overuse or improper disposal can cause environmental harm, especially in aquatic ecosystems. Sustainable formulations are increasingly being adopted.

How big will the market be by 2032? The market is projected to reach USD 1,793.2 million by 2032, growing at a CAGR of 4.5% from 2024.

Final Outlook

The Quaternary Ammonium Compounds (QAC) Market is well-positioned for long-term growth as hygiene, safety, and health standards become more stringent worldwide. With increasing use across medical, commercial, and residential sectors, QACs remain vital to modern sanitation practices.

That said, environmental responsibility and regulatory compliance will shape the future. Manufacturers focused on safer and more sustainable QAC alternatives are expected to lead the next wave of innovation.

[sudiptaam]

Antimicrobial Packaging Market Global Market Size 2025 – 2035

The antimicrobial packaging market accounted for USD 12.6 Billion in 2024 and is expected to reach USD 28.35 Billion by 2035, growing at a CAGR of 7.65%. This market focuses on packaging solutions that prevent or limit the growth of harmful microorganisms, enhancing the shelf life of products. Key sectors include food & beverage, healthcare, personal care, and agriculture. Major materials involved include biopolymers, plastics, and paper with antibacterial agents.

 Request Sample Now- https://www.metatechinsights.com/request-sample/1773

Market Segment

The antimicrobial packaging market is segmented into active, intelligent, controlled release, and standard packaging types. Active packaging leads the market, as it can release antimicrobial agents such as silver ions or essential oils to inhibit microbial growth, enhancing product quality and shelf life. This trend is particularly prominent in the food industry, driven by rising concerns about foodborne illnesses.

Full Report-https://www.metatechinsights.com/industry-insights/antimicrobial-packaging-market-1773

Regional Overview

The antimicrobial packaging market is expanding in North America, owing to increased demand across food & beverage, healthcare, and personal care sectors. Consumer awareness about food safety and contamination prevention is further fueling growth. Similarly, the Asia-Pacific region is seeing robust growth due to urbanization, higher income levels, and greater concern over food safety and hygiene.

Key Market Drivers

Growing consumer demand for longer shelf life and hygiene in food products

Advances in nanotechnology for antimicrobial packaging solutions

Increased regulatory support for food safety standards

Rising need for antimicrobial packaging in the healthcare and pharmaceutical industries

Key Challenges

High production costs for incorporating antimicrobial agents

Expensive manufacturing technologies and equipment

Resistance to adopting new packaging solutions in price-sensitive markets

Segment Overview

By Product Type: Active packaging holds the largest market share due to its ability to release antimicrobial agents that prevent microbial growth and extend product shelf life.

By Application: The food & beverage sector remains the largest market, driven by rising demand for safe, preserved products and increasing awareness of foodborne diseases.

Regional Insights

North America: The demand for antimicrobial packaging solutions is growing rapidly, particularly in food safety and healthcare, driven by strong economic structures and innovative packaging solutions.

Asia-Pacific: The market is expanding due to urbanization, rising incomes, and growing concerns over food safety and contamination in industries like food & beverage and healthcare.

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Competitive Landscape Leading companies in the antimicrobial packaging market include Boston Scientific, Cook Group, ENDO-FLEX GmbH, Olympus Corporation, B. Braun Melsungen, and CONMED Corporation. These companies are incorporating antimicrobial features into their packaging solutions, contributing to extended shelf life and reduced contamination.

Recent Developments

March 2024: Boston Scientific Corporation received FDA clearance for its AGENT™ Drug-Coated Balloon aimed at treating ISR in patients with CAD.

January 2024: Medtronic's Percept™ RC neurostimulator, equipped with BrainSense™ technology, was approved by the FDA.

[jcmarchi]

Startup aims to flush away the problem of icky toilet seats

New Post has been published on https://thedigitalinsider.com/startup-aims-to-flush-away-the-problem-of-icky-toilet-seats/

Startup aims to flush away the problem of icky toilet seats

We’ve all had the unpleasant experience of walking into a bathroom to discover a messy toilet seat. Now, an MIT alumni-founded startup is working to flush away that problem forever.

Cleana, co-founded by CTO Richard Li SM ’24, has developed an antibacterial, self-lifting toilet seat that promises a cleaner, more hygienic bathroom experience for all. Developing a new toilet seat is not quite as sexy as creating a fusion reactor, but Li believes in the importance of the company’s mission.

“A lot of people find it odd at first — a lot of our investors certainly did,” Li says. “This is meaningful to me and how I spent my time the past four years at MIT, and we now have the best solution available for solving this big problem.”

About 1,000 of Cleana’s seats have already been installed in schools, airports, gyms, and stadiums. Customers include Gillette Stadium, the YMCA, and even MIT, which has purchased several of the self-raising sensations for use on campus.

“Everyone who’s had to use a dirty toilet before knows how big a problem they are,” Li says. “Everyone is aware of it, but nobody has been able to address it in a simple, elegant way.”

Li’s foray into the toilet revolution began at the height of the Covid-19 pandemic, when he was a master’s student in MIT’s Department of Mechanical Engineering and germs were top-of-mind for everyone.

In 2020, Li connected with Cleana co-founders Kevin Tang, Max Pounanov, and Andy Chang, who were students at Boston University, and the quest to give the toilet seat autonomy began. Li began by prototyping devices in MIT’s Sidney-Pacific dormitory and MIT D-Lab, working with hand tools, heavy machinery, and 3D printers to test different designs.

There were a number of moments that tested the founders’ commitment to the toilet revolution. Li spent many nights — when public toilets weren’t in use — touring bathrooms around Boston and disassembling hundreds of seats to test the fit of Cleana’s product on different toilet bowls. In a testament to the importance of market research, the founders stood outside the bathroom of a local bowling alley with an installed unit, and attempted to interview users about their experience.

Early feedback, while perhaps awkward, was also encouraging: Cleana’s toilet seats were consistently reported as far cleaner and drier than their standard counterparts. In fact, a months-long study across several sites found that it prevented nearly 95 percent of common toilet seat messes in bathrooms where it was deployed.

“It wasn’t a pleasant experience, but it did get us the data we needed,” Li laughs.

Cleana’s smart seat looks a lot like a regular toilet seat with a special handle — but don’t let the standard design fool you; creating Cleana’s seat was a more complex challenge than it may first appear. The company couldn’t just use a set of springs to lift the seat up immediately (which could cause wiping interference, among other issues we won’t detail here). Cleana ultimately went through three major design pivots before settling on today’s product.

Cleana’s current seat is battery-free and in fact uses no electronics. It lifts mechanically after a predetermined amount of time, thus removing it from areas prone to common messes. Importantly, the seat detects when an individual is using the seat and utilizes a clever system to adjust when it should lift itself.

Cleana’s seat especially shines in public men’s and all-gender restrooms, where negligent behavior results in a considerable amount of splatter. The seat also incorporates antimicrobial agents to prevent the spread of germs, and its special handle spares users from having to touch the rest of the seat.

Customers have reported fewer toilet seat messes and less maintenance with Cleana’s seats.

“It saves the cleaning staff a lot of time,” Li says. “Sometimes, businesses had to send cleaning staff into their bathrooms multiple times a day to check on the toilet seat to make sure it’s clean. Now they’re finding that every time they go in, it’s already clean.”

The team is also creating a premium version of the seat geared toward the home, that automatically lowers the toilet seat and lid instead of lifting it. The product uses the same technology as its commercial seat, simply flipped around. The invention aims to end the age-old debate over lowering the toilet seat, while also protecting young children, pets, or dropped items from the risks of an open bowl.

“It’s funny developing a second product which is essentially the opposite of our first, but we’ve been absolutely blown away by the interest in it, especially amongst homeowners and developers,” said Li. “Several large plumbing companies with interest in the product have also conducted independent surveys, finding that more than half of consumers may adopt them in the coming years.”

Ultimately, Li wants to get to a point when he can go into any random gas station or restaurant, and, when nature calls, find his company’s smart seat waiting for him. That dream got real on a recent trip to the Roche Brothers in Watertown, Massachusetts, when Li was delighted to discover his sparkling seat in the restroom by chance.

But Li knows Cleana’s team still has a long way to go before the toilet revolution is complete. That’s why this past spring, when Li finally stood to collect his diploma at MIT’s Commencement, he wore not a sash around his neck, but a toilet seat.

Others kept their distance, but Li knew it was clean.

[reiding-writing]

Cold!Reader having to be given pain meds that make her out of character? Still having her vibe of being stand-offish and blunt but just a little more… open and happy LOL

VISITATION — SPENCER REID!

the team come to visit you post surgery, you’re feeling a little more accepting than usual

s7!spencer x cold!reader fluff 1.0k cold!reader masterlist.

cw— fem!reader, injured reader, reader is in hospital

a/n— i’m trying to get back into a rhythm, i promise-

main masterlist.

“Heyyy, welcome back to the land of the living,” The sharp enthusiasm in Morgan’s voice could make you wince if you had the energy to.

“How’re you feeling?” Emily enters shortly behind him, peeking her head over his shoulder with a bouquet of bright yellow and orange flowers in hand.

“Like I got shot in the shoulder?” You blink heavily, eyes squeezed shut before re-opening as the rest of the team file into the room. “What’s with the flowers?”

“They’re for you!” Garcia plucks the bouquet from Emily, a tall empty glass in her other hand, and leaves the flowers propped up inside it on the table next to your hospital bed. “Reid picked them out,”

“He did huh?” You sound remarkably more tired than usual, words slow and quiet despite your seemingly fully awake state.

“They’re calendulas, uh— marigolds,” Spencer scratches the back of his neck awkwardly, like he’s embarrassed to be given the credit for your gift. “They’re said to represent strength, healing, and resilience, and are even actually used as a natural healing agent thanks to their antimicrobial attributes—”

“Reid,” Hotch shakes his head shortly to cut off his tangent, and Spencer nods with a mouthed ��sorry,”, pressing his lips together.

“Thank you for the flowers Reid,” You wave your left hand to dismiss Hotch’s intervention, or at least try to, nose scrunching up in discomfort from the strain it puts on the muscles in your shoulder. “Let’s hope they actually work,”

There’s a small smile that breaks through Spencer’s awkwardness at your indirect way of confirming that his tangent wasn’t of any annoyance to you.

“Yellow is the poster colour for optimism, and orange is often regarded as it’s first runner up,”

You give a small hum at his assessment, nodding slowly with a small sigh. “I could use some goddamn optimism right now,”

“That bad huh?” Emily raises an eyebrow and you shake your head.

“I’m fine, I’ve got enough, whatever, in my system to not feel like my arm is literally going to fall off.” You adjust yourself to sit further upright with a groan, immediately met with Garcia at your side to assist you. “But it still hurts like a bitch,”

“No kidding,” Garcia frowns at the bandage peeking out underneath your hospital robes.

“Oh my poor girl, what did they do to you?” She tuts lightly as she reaches forward to remove some hair from your eyes, but you redirect her hand before it gets there.

“I don’t need to be fussed over,”

“But you deserve it my sexy little wonder-woman,” Garcia leans over with all of the determination of forcing you to accept her compliments as a kindergartener complimenting their teacher’s outfit. “It’s not often we get you in a position where you can’t run away from our love,”

“Okay—” You let out a mix of a groan and a sigh as she reaches over to hug around your neck, letting out a sharp hiss when she leans in a little too far. “Ow— ow, alright that’s enough—”

You push her away with your right hand, and she’s received safely by Morgan so she doesn’t make another leap to smother you in her affections and leave you in the hospital for even longer than you already have been.

“That’s enough babygirl, she gets it,”

Her reply is almost a pout, but she concedes with a small nod and a promise—a threat—to smother you in a hug the second you were discharged.

“You’re okay?” Spencer’s hand hovers uncertainly above your uninjured shoulder, like he’s afraid that even touching that’ll leave you in more pain.

“I’m fine Reid,” You give him a small nod, breathing out softly through your nose. “Just tired,”

“That’s understandable,” Spencer nods with an understanding smile, “A majority of pain medications given in hospitals have fatigue as a side effect,”

You give him a small hum, resting your head against the hospital bed’s headboard, landing your hand on top of his until they’re both resting on your shoulder properly. “Thank you,”

“For— for what?”

Your eyes flutter closed uncertainly. “I don’t know,”

It’s a rare moment of softness, almost too soft if the way Spencer’s heart rate picks up has anything to say about it.

“Maybe we should keep you like this all the time,” Morgan laughs shortly with a shake of his head. “Melt the ice a little,”

“Shut up, Morgan,” You scrunch up your face with a roll of your eyes, but all it does is elicit another laugh from him, one that quickly spreads throughout the rest of your teammates until even you’re on the verge of cracking a smile.

“Alright, alright, clear out team, let’s leave her rest for a while now,” Hotch is the one to call the end of the little get together in your room, and you’d 100% be lying if you said you weren’t grateful for it.

You might have a silent love for your team, but god if you didn’t feel like you could pass out and sleep for the next week.

They trickle out slowly, trying to prolong their visit for as long as possible.

Spencer, of course, is the last one to go, and his hand slips from underneath yours and away from your shoulder almost hesitantly, lifting it into an awkward wave with a mouthed goodbye as he neared the door.

“Get some rest,”

You nod slowly. “I will,”

“Good,” Spencer smiles. “I’ll come and see you tomorrow okay?”

“Yeah, thank you,”

“You’re welcome,”

[mindblowingscience]

Melanoma is a fast-progressing skin cancer characterized by a high mortality rate after metastasis. Local chemotherapy could be considered a therapeutic approach only in stage 0 of progression (in situ melanoma) and in the postoperative phase after surgical removal of suspected skin lesions. For this purpose, drugs such as Imiquimod, 5-Fluorouracil, Dacarbazine, and Doxorubicin have been tested and shown positive effects. Recently, metal nanoparticles as separate therapeutic units or drug carriers have also fallen into the research focus. Silver nanoparticles (AgNPs), in particular, are widely recognized as multifunctional tools in nanomedicine, drug delivery, and theranostics. They exert wide-spectrum antimicrobial and anti-tumor properties but their pharmacological effects are in a tight bond with the so-called "surface functionality." For example, negatively charged and spherical particles are proven less toxic than positively charged particles, especially irregularly shaped (e.g., rods, wires, etc.). Still, because of this, the former are less potent anti-cancer agents.

Continue Reading.

[covid-safer-hotties]

Infamous paper that popularized unproven COVID-19 treatment finally retracted - Published Dec 17, 2024

Today in too little, too late. Nice to see this finally done, though.

By Cathleen O’Grady

Study on hydroxychloroquine by Didier Raoult and colleagues gets pulled on ethical and scientific grounds

A 2020 paper that sparked widespread enthusiasm for hydroxychloroquine as a COVID-19 treatment was retracted today, following years of campaigning by scientists who alleged the research contained major scientific flaws and may have breached ethics regulations. The paper was pulled because of ethical concerns and methodological problems, according to a retraction notice.

The paper in the International Journal of Antimicrobial Agents (IJAA), led by Philippe Gautret of the Hospital Institute of Marseille Mediterranean Infection (IHU), claimed that treatment with hydroxychloroquine, an antimalarial drug, reduced virus levels in samples from COVID-19 patients, and that the drug was even more effective if used alongside the antibiotic azithromycin. Then–IHU Director Didier Raoult, the paper’s senior author, enthused about the promise of the drug on social media and TV, leading to a wave of hype, including from then–U.S. President Donald Trump.

But scientists immediately raised concerns about the paper, noting the sample size of only 36 patients and the unusually short peer-review time: The paper was submitted on 16 March 2020 and published 4 days later. On 24 March, scientific integrity consultant Elisabeth Bik noted on her blog that six patients who were treated with hydroxychloroquine had been dropped from the study—one of whom had died, and three of whom had transferred to intensive care—which potentially skewed the results in the drug’s favor. Larger, more rigorous trials carried out later in 2020 showed hydroxychloroquine did not benefit COVID-19 patients.

Critics of Raoult’s paper have pointed out more damning problems since. In an August 2023 letter published in Therapies, Bik and colleagues noted the cutoff for classifying a polymerase chain reaction test as positive was different in the treatment and control groups. The letter also raised questions about whether the study had received proper ethical approval, and noted an editorial conflict of interest: IJAA’s editor-in-chief at the time, Jean-Marc Rolain, was also one of the authors. (A statement saying he had not been involved in peer review was later added to the paper.) The letter called for the paper to be retracted.

The retraction notice states Elsevier and the International Society of Antimicrobial Chemotherapy, which co-own the journal, decided to retract the paper because of ethical issues, “as well as concerns raised by three of the authors themselves regarding the article’s methodology and conclusion.”

An investigation by Elsevier could not establish whether the researchers had obtained ethical approval for the study before recruiting patients, nor whether the patients had given informed consent to be treated with the antibiotic azithromycin. This medication would not have been part of standard care for these patients in France at the time, the investigation concluded, so would have been considered an experimental treatment that required consent.

According to the notice, the three authors who raised concerns about the paper “no longer wish to see their names associated with the article.” Gautret and several other authors told the investigators they disagreed with the retraction, and the investigators did not receive a response from Raoult, the corresponding author. To date, 32 papers published by IHU authors have been retracted, 28 of them co-authored by Raoult, and 243 have expressions of concern.

In a press release, the French Society of Pharmacology and Therapeutics says the now-retracted study was the “cornerstone” of a scandal that saw millions of people take hydroxychloroquine unnecessarily, endangering patients who experienced side effects including heart attacks. “This series of events serves as a reminder of an essential point when it comes to medicines: Even in times of health crisis, prescribing medicines without solid proof of efficacy, outside the rigorous framework of well-conducted clinical trials, remains unacceptable,” the society says. “One of the fundamental principles of medicine—primum non nocere (‘first, do no harm’)���has been sacrificed here, with dramatic consequences.”

[materialsscienceandengineering]

Silver nanoparticles in packaging can contaminate dry foods, testing shows

A team of research scientists led by US Food and Drug Administration chemist Timothy Duncan has found evidence of silver nanoparticles embedded in packaging used as an antimicrobial agent seeping into the dry food it is meant to protect. In their paper published in the journal ACS Food Science & Technology, the group describes how they created their own packaging with embedded silver nanoparticles and tested it with various foods, and what they learned by doing so. Silver has been a known antimicrobial agent for centuries, but it has only recently been made into nanoparticle-sized grains for use in food packaging. Prior research has shown that when such packaging is used for liquid or gelatinous foods or beverages, the nanoparticles can easily seep into and permeate the food. It is still not known if such particles can cause harm to people who consume them—testing is still ongoing, which is why they are banned in many countries, including the U.S. In this new effort, the research team wanted to know if such particles also find their way into dry foods.

Read more.

[superkalafragilisticiexpectitall]

REMEMBER WHEN the Media laughed and said ivermectin was ONLY for horses and cows?

THEY KNEW it was made for people since 1987.

Here’s what they didn’t tell you:

1 – It prevents the damage caused by drugs created using mRNA technology, blocks the entry of Spike Protein into cells and, if the person was vaccinated, they can treat themselves for damage already done through Ivermectin.

2 – It only has beneficial effects and no harmful effects in the treatment of the C virus. In fact, even before entering the cell, it has already destroyed the virus in the blood.

3 – It has a very powerful anti-inflammatory action against and has a powerful impact on traumatic and orthopedic injuries, it strengthens muscles and has no side effects like corticosteroids.

4 –It treats autoimmune ailments such as: rheumatoid arthritis, ankylosing spondylitis, fibromyalgia, psoriasis, Crohn's disease, allergic rhinitis.

5 – It improves the immunity levels in cancer patients and treats Herpes Simplex and Herpes Zoster, plus reduces the frequency of sinusitis and diverticulitis.

6 – It protects the heart in cardiac overload. In an embolism for example, it prevents cardiac hypoxia because it stimulates the production of basic energy so that the tissue is not destroyed and thus improves cardiac function.

7 – It is anti-parasitic, anti-neoplastic (anti-cancer). Allegedly, it suppresses the proliferation and metastasis of cancer cells, preserving healthy cells and improving the effectiveness of chemotherapy treatment.

8 - It can kills cancer cells resistant to chemotherapy, defeating the resistance to multiple chemo-therapeutics that tumors develop, and combined with chemotherapy and/or anti-cancer agents, it provides an increase in the effectiveness of these treatments.

9 – It is antimicrobial (bacteria and viruses) and increases immunity. 10 – It reaches the Central Nervous System and regenerates the nerves.

11 – It helps to regulates glucose, insulin metabolism, cholesterol levels and reduces liver fat in steatose.

12 - It can be used as a prophylactic agent and has been associated with a significant reduction in infection, hospitalization and mortality rates due to C-19.

[republicsecurity]

Standard Chastity/Underwear/Diaper Component of the Armor Suit

The Standard Chastity/Underwear/Diaper Component is an integral part of the advanced full-body armor suit worn by Cadets, Conscripts, Reservists and Intendurds in the Security Forces, Lifeguards, Paramedic Corps and Nursing Corps and training academies. This component is designed to ensure hygiene, control, and comfort for the wearer, whether used in conjunction with the full armor suit or as a standalone piece of equipment.

Design and Features

Material: Constructed from high-density, hypoallergenic synthetic fabrics, the component provides durability, flexibility, and breathability. The inner lining is coated with an antimicrobial layer to prevent infections and maintain cleanliness over extended periods.

Two-Chamber Design: The component features a specialized two-chamber design. One chamber securely encases the penis, while the other accommodates the scrotum, ensuring both are protected and kept in an optimal environment. This design helps in preventing chafing and maintaining hygiene, even during extended periods of use.

Chastity Mechanism: The chastity feature includes a secure, ergonomic cage designed to prevent unauthorized sexual activity. Made from lightweight, medical-grade polymers, it ensures comfort while maintaining strict control. The cage can be adjusted to fit various sizes and shapes, ensuring a snug but non-restrictive fit.

Waste Management: Integrated into the design is an advanced waste management system. This includes absorbent layers capable of handling urine and fecal matter, which are quickly wicked away to prevent discomfort and skin irritation. The component can be easily cleaned and sanitized, whether worn as part of the armor or independently.

Compatibility: The component seamlessly integrates with the full-body armor suit. Connection points allow for the automated removal and disposal of waste, managed by the suit’s internal systems. When worn independently, it functions efficiently, ensuring the wearer remains hygienic and comfortable.

Security and Monitoring: Equipped with biometric sensors, the component monitors the wearer’s physiological state, transmitting data to the suit’s central processing unit or an external monitoring system. This includes tracking hydration levels, waste excretion, arousal and other vital signs to ensure optimal health and performance.

Comfort and Fit: Designed for extended wear, the component features adjustable straps and a contoured design to prevent chafing and discomfort. The fit can be customized to each wearer, ensuring it remains secure without impeding movement or flexibility.

Usage and Maintenance

Usage: The Standard Chastity/Underwear/Diaper Component is designed for continuous use up to 7 days, with a standard operational period of 5 days. This duration ensures that cadets remain in peak condition during extended training exercises or deployments, without the need for frequent removal or maintenance.

Maintenance: Regular cleaning and sanitization are required to maintain its functionality and hygiene standards. The component can be detached from the suit and cleaned using standard military-grade cleaning agents. Replacement parts and servicing are available through authorized personnel and facilities.

The Standard Chastity/Underwear/Diaper Component exemplifies the blend of technological innovation and practical application, ensuring cadets maintain hygiene and comfort during their rigorous training and operational duties.

[ratasum]

Medicine and Healing Magic

So something that lives rent free in my head all the time?

Healing magic and practical medicine.

So since hospitals, medical wards, medics, etc all exist in universe, I generally theorize that magical healing is (obviously) not as immediate or complete as healing magic in game.

Gonna use this write up I did for Kippa from the Priory TED Talk to explain my thoughts on it:

Of course, it is a well known fact for adventurers that magic is a useful tool when it comes to injuries taken on the road. But what few people are aware of is that while magic is extremely useful for everyone in our world, it’s equally important to know how to manage illnesses and injuries both without and in conjunction with magic. Many injuries cannot be immediately treated with magic safely, and others may not need the use of magic at all. Take, for example, a significant open wound. While one might be tempted to use magic to seal it immediately, it is important to make certain that the wound is thoroughly washed and all infection within the wound is managed. The best practice here would be to use an antimicrobial agent - for example garlic, honey, or peppermint - once the wound is washed, and then stitch and bandage the wound. Apply small amounts of healing, checking constantly for signs of infection, until the wound is fully healed. It is true this can take a few days! But it lowers the risk of accidentally sealing an infection in the body and running the risk of a blood infection or a potentially dangerous amputation. Broken bones are another item that must be dealt with using a gentler touch. Rapid healing may fix the break, but it can also heal the bone at the wrong angle, requiring worse treatment and a length recovery. Setting and splinting the bone, then applying small amounts of healing magic over time, is the best practice here! Obviously necessity can demand precedence. In an emergency, magic must be applied to reduce blood loss and get someone back on their feet quickly. But be aware that various after-effects can occur: dizziness, dehydration, disorientation, and migraines are common side effects from sudden, high level healing in emergency situations, and we recommend things like willow bark, cold compresses, and - surprisingly - coffee to help with the headaches. Rest once in a safe area can address the dizziness and disorientation, and drinking plenty of water is the obvious answer to the dehydration. Our world is full of fantastic natural remedies. We recommend it often for those living in cities and small towns, handed to us by those who’ve practiced these natural methods of treatment for many years before us. Feverfew for high fevers, echinacea and eucalyptus for respiratory issues, and more. Here at the Priory, we do put a high focus into ensuring all our healers learn as much as possible about the natural world. In a pinch, a tincture or a poultice can be as or more useful as any healing magic could hope to be.

Basically, magic is a stopgap. It CAN be used to fully heal an injury, but a number of different things can be taken into account, such as infection, risk of making dangerous decisions that will result in future painful treatment, etc. So both are extremely useful and necessary in a world like this.