NDSU Extension workshop supplies farm first-aid kit and training “If a traumatic injury occurs on the farm, such as an amputation or burn, are you prepared with the right tools and training to mitigate the situation before help arrives?” asks Katelyn Landeis, North Dakota State University Extension agent in Grand Forks County. “Depending on where the injury occurs, on your farm or in the field, you may have to wait until help arrives. A farm first-aid kit can provide tools to help an injured victim while waiting for help to arrive.”To get more news about IFAK pouch, you can visit rusuntacmed.com official website. Landeis teamed up with NDSU Extension farm and ranch safety coordinator Angie Johnson to develop a pilot program for farmers, their families and employees to build a farm first-aid kit and practice using items found in the kit. The session will take place during the International Crop Expo on Feb. 22 at 9:40 a.m. in Ballroom 5 of the Alerus Center in Grand Forks. “This is an exciting program that empowers farmers to take ownership of having a farm first-aid kit,” says Johnson. “By crafting your own kit, you will know firsthand what resources you have to respond to an injury, as well as the education and confidence to use items found in the kit to potentially save someone’s life.” At the completion of this program, participants will receive a complete farm first-aid kit that can be placed in the tractor or farm shop – a location everyone knows, so they can find the kit in a time of need. “We hope this session will not only help participants feel more comfortable knowing what is in their kit and how to use it, but also to help them feel empowered to communicate kit contents, location and use with others on their operation,” says Landeis. Grand Forks County Farm Bureau is actively involved with this pilot program, providing their time and financial support for farmers to make farm first aid kits. “Grand Forks County Farm Bureau has been a great sponsor of this program, as they provided the financial support to develop 50 total farm first-aid kits to be built during this workshop,” says Landeis. “They see the value of working together with farmers on education and awareness not only about what is in a first aid kit, but also how to use those items to respond to a traumatic injury on the farm.”

Preparing your home and first-aid kit for a COVID-19 diagnosis

With over 1 million known active cases in Australia, and many more forced to isolate as close contacts, what can we do to protect ourselves and make sure we don’t pass COVID-19 on at home?To get more news about IFaks, you can visit rusuntacmed.com official website.

First, it’s important to remember while many experts have said it’s likely we’ll all get COVID eventually, it’s not inevitable. Taking steps to minimise the spread right now will alleviate the stress on the health system and protect the vulnerable and immune-compromised.Professor Ross Gordon, a COVID and behaviour expert, from Queensland University of Technology says that “even with Omicron” and even if you are young and healthy, you’re at risk of a serious infection.

”The other point here is that you cannot have a healthy and functioning economy when thousands of people are catching COVID-19,” says Professor Gordon, who is a member of the World Health Organisation Technical Advisory Group on Behavioural Insights and Sciences for Health.

“It is a logistical nightmare,” admits Melbourne-based illustrator Beci Orpin, who has spent the past week isolating at home with her family. Her 46-year-old husband, Raph, and 18-year-old son Tyke have both tested positive, but so far, Beci and her 14-year-old son Ari are virus-free.

From a practical perspective, Ms Orpin stayed in the downstairs study, while Raph was in their bedroom and their two sons remained in their respective rooms.

She spent a lot of time cooking and delivered food to both their rooms. They also all wore N95 masks anytime Raph or Tyke went to the bathroom or came downstairs.

“We maintained distance. Sometimes my eldest son didn’t want to eat dinner in his room, so we’d go outside or the other way round,” she says.

She did online shopping and friends made deliveries, stocking up on chicken stock (“I made a lot of soup”), ready-made lasagnes, N95 masks, paracetamol and ibuprofen, ArmaForce supplements, wipes and rapid antigen tests (trying to find them was an “extreme sport” and a friend from Singapore sent extras).A person can be infectious two days before they have symptoms. But if someone starts to show symptoms they should isolate and use a separate bedroom and bathroom to others in their home, if possible, says Sarah Palmer, the co-director of the Centre for Virus Research at The Westmead Institute for Medical Research.

“Second, always put on a mask and ask the infected person to wear a mask [N95/P2 masks if you can get them] when others enter their room,” she adds. “Third, handle all dishes or waste from the infected person with gloves. Do not share dishware, towels, bedding, or electronics with the infected person. In addition, to prevent yourself from getting infected it is important to frequently wash your hands in soapy water for 20 seconds or use hand sanitiser.”

Ensure good ventilation by opening doors and windows and, Gordon suggests, using HVAC air purifiers where possible. “Spread is mainly respiratory, so surface disinfection is less important,” says Dr Abrar Ahmad Chughtai, a senior lecturer and epidemiologist at UNSW.

Axiostat Chitosan Hemostatic Dressing Gets US FDA Approval

Axiostat has become the first Indian wound care product to receive 510(K) FDA clearance in the US for its external hemostatic dressing. Axiostat, a 100% chitosan haemostatic dressing to stop external bleeding, was earlier approved with CE mark in Europe. The FDA clearance now allows Axiostat to be marketed in the US as over-the-counter (OTC) product for control of bleeding.To get more news about IFAK kits, you can visit rusuntacmed.com official website.

Axiostat Chitosan Hemostatic Dressing is a patented product that has prevented countless deaths due to bleeding in battlefields, hospitals, and on roadsides, worldwide. The innovative first-aid dressing stops uncontrollable bleeding within just two-three minutes of its application. Axiostat is the de-facto product of Indian armed forces.
Axiostat is currently manufactured at their GMP, ISO 13485-certified manufacturing facility in Gujarat. In the US, the product will be marketed by Advamedica Inc, headquartered in Boston.

The bandage is intended as a topical dressing for local management of bleeding but can be used temporarily for severe bleeding of surgical wounds and traumatic injury. The dressing shouldn_t be left in place longer than 24 hours. The bandage appears to be stable at extremes of temperature and doesn_t require special preparation or significant amounts of training for its use. There have been no known allergic reactions attributed to the dressing.

One of the authors has had significant experience with the product in combat care and feels it provides good hemorrhage control in large, open wounds. The material is inflexible, and thus the main disadvantage is difficulty using it in deep, narrow wounds.

In 2006, to address harder to reach, narrow wound track bleeding, HemCon released ChitoFlex, a stuffable, flexible dressing that can be torn or folded. In 2007, HemCon also released a more flexible, enhanced HemCon Bandage line to meet the needs of more narrow wounds.

Death from acute hemorrhage is a major problem in military conflicts, traffic accidents, and surgical procedures, et al. Achieving rapid effective hemostasis for pre-hospital care is essential to save lives in massive bleeding. An ideal hemostasis material should have those features such as safe, efficient, convenient, economical, which remains challenging and most of them cannot be achieved at the same time. In this work, we report a rapid effective nanoclay-based hemostatic membranes with nanoclay particles incorporate into polyvinylpyrrolidone (PVP) electrospun fibers. The nanoclay electrospun membrane (NEM) with 60?wt% kaolinite (KEM1.5) shows better and faster hemostatic performance in vitro and in vivo with good biocompatibility compared with most other NEMs and clay-based hemostats, benefiting from its enriched hemostatic functional sites, robust fluffy framework, and hydrophilic surface. The robust hemostatic bandages based on nanoclay electrospun membrane is an effective candidate hemostat in practical application.To get more news about stop the bleed, you can visit rusuntacmed.com official website.

Acute hemorrhage is one of the greatest causes of death each year around the world1. A practical prehospital care solution for acute hemorrhage control, especially in the case of warfare, catastrophes and accidents, is urgently needed and is characterized by high clinical demand and large market potential2,3. Rapid effective hemostatic material application in initial hemorrhage phases can lead to an extended rescue time, resulting in a decline in high mortality rates due to excessive bleeding2. However, it is still challenging for most hemostatic materials to quickly and safely control hemorrhage from severe bleeding wounds or cuts1,4. The desired hemostatic materials must be designed and developed to achieve rapid definitive hemostasis for both noncompressible (visceral organs) and compressible (cervical, trunk and head regions near the heart and brain) massive bleeding, both of which involve fatal bleeding and are causes of equal concern4,5,6.

To date, various hemostasis products have been reported, including injectable glues (gelatin4), hemostatic bandages (polymer composites7 and cellulose fabrics8), and procoagulant powders9 (siliceous oxides10 and inorganic clays11,12). Zeolites and clays, the main components of Z-Medica products (Clotting Sponges, Clotting Gauze (ClG) and Combat Gauze (CoG), are widely accepted as effective hemostats6,13. Clays can accelerate the stoppage of bleeding by cooperating with physical hemostatic functions, which facilitate plasma absorption to increase blood cell concentration, and with endogenous hemostasis pathways for negatively charge-stimulated clotting factors13,14,15. Generally, most traditional clay hemostatic materials are in the form of a powder (requiring dressing with gauze) or a clay powder-impregnated gauze (easily detached due to poor adhesion)6,16. Although clays have shown effective hemostatic performance, prolonging the rescue time, the application of clay particles to bleeding wounds may cause inflammation in surrounding tissues and distal thrombosis in vivo13,17. Therefore, it is important to develop membranes or other alternative materials to replace these powder-based materials.

Hemostatic clay particles can be connected by polymers to transform clay powders into clay membranes for acute hemostasis. A few types of biomaterials using nanoclays have been developed as effective hemostats, including hydrogels (e.g., gelatin/polyacrylamide (PAAm)/laponite hydrogels18) and sponges (e.g., graphene-kaolinite or graphene-montmorillonite composite sponge14,19), which are strict and complicated treatments with high costs as medical hemostats. Hydrogels and sponges show good shape memory but poor mechanical strength due to their inherent interconnected macroporous structures, and polymer binders fill and block the clay pores and layer gaps, causing low clay utilization as active components6,16. Electrostatic spinning is one of the most commonly used membrane synthesis methods; this method can be incorporated with nanoclays and enables the easy preparation of light, fluffy, and soft membrane materials20,21,22. Pure polymer electrospun membranes will sharply spontaneously shrink within a short time after preparation23, similar to the contraction of cell membranes, which may have potential applications in emerging technologies (flexible electrodes24 or stretchable materials25,26); however, reducing the effective area of the membrane will increase costs and decrease hemostasis capability. Thus, an ideal design for clay hemostatic membranes should be developed with the characteristics of safety, rapid hemostasis, high active component utilization and a robust antishrinking framework27,28,29.

THIS PRODUCT IS NOT AVAILABLE FOR EXPEDITED SHIPPING

CELOX is a high-performance granular hemostatic material designed to control life threatening bleeding fast. It contains a proprietary marine biopolymer that is suitable for many applications, from deep arterial bleeds to superficial wounds. CELOX provides a simple, quick way to stop bleeding and is particularly useful in treating difficult and deep wounds.To get more news about IFAK pouch, you can visit rusuntacmed.com official website.

CELOX controls bleeding by forming a robust clot when red blood cells react with the CELOX agent. This occurs within minutes after the product is placed at the source of bleeding. CELOX's properties have been confirmed in studies, where they have repeatedly demonstrated the ability to rapidly control major arterial bleeding (without cautery) from traumatic wounds. Excess CELOX forms a gelled mass to protect the clot and is easily irrigated out. Celox gauze has now obtained a prestigous class 3 CE Mark.

? 15 Grams

? Celox Gauze Is Now Being Deployed To Afghanistan To Help Save UK Soldiers Lives.

? Celox Gauze Is Available For UK Military And Professional First Responders Through Milsys.

? High-Performance Granular Hemostatic Material

? Designed To Control Life Threatening Bleeding Fast

? Proprietary Marine Biopolymer

? Suitable For Many Applications, From Deep Arterial Bleeds To Superficial Wounds

? Simple, Quick Way To Stop Bleeding

? Useful In Treating Difficult And Deep Wounds