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Archive for the ‘Medical’ Category

Air Guard’s 104th Medical Group Trains on Medical Care, Combat Tactics

Wednesday, October 13th, 2021

HARTFORD, Connecticut — Members of the 104th Medical Group attended a two-day Tactical Combat Casualty Care course through the Center for Education, Simulation & Innovation with Hartford HealthCare Sept. 18-19, 2021, in Hartford, Connecticut.

During the interactive event members were taught the goals of TCCC, which are to treat the casualties, prevent additional casualties, and complete the mission. They were also taught the three phases of TCCC; care under fire, tactical field care, and tactical evacuation care.

“TCCC is a new secretary of defense medical initiative that can be used by all members while deployed in theater or during home station emergencies,” said Staff Sgt. Mike Reynolds, 104MDG aerospace medical technician. “During this specific training, 104MDG members went through live action scenarios, hands on skills, and critical thinking situations to perfect their knowledge of combat related casualties.”

According to Rob Lanouette, Department Consultant for the Tactical Medical programs at CESI, good medicine can be bad tactics if you don’t do the right thing at the right time.

“The TCCC course is important in that it is designed to integrate medical care and tactics in a combat environment,” said Lanouette. “TCCC addresses those differences.”

Lanouette went on to describe the purpose of the three phases of care. During the care under fire phase, treatment is limited to suppression of hostile fire, moving the casualty to cover and controlling massive hemorrhaging.

Tactical Field Care is the care rendered to the casualty once the casualty and rescuer are no longer under effective fire. A more in-depth assessment and treatment are rendered.

Tactical Evacuation Care is the care that is rendered during transport by aircraft, vehicle or boat to a higher role of care. The care that was rendered in the Tactical Field Care is continued in this phase. More advanced care may be rendered as additional equipment may be carried by the evacuation unit.

Reynolds said mastering the three phases can play a critical role in saving lives.

“It is important for all military members to be trained in the basics of TCCC so if a situation ever occurs, life can be maintained until the next level of care can be accomplished,” said Reynolds. “This was a great training for the members who participated because it gave us a chance to perform under pressure and to really test our knowledge, not to mention the comradery that was felt throughout the training.”

On the second day of training, the 104MDG Airmen were required to participate in a final scenario. This scenario was a culmination of the TCCC objectives that were learned throughout the course and is designed to simulate an austere environment. Audio and visual devices, environmental conditions and physical activity were utilized to induce stress that is often found in those environments.

Lanouette, also a prior Marine who served as a paramedic for 28 years and state trooper for 21 years, said he was impressed with the work ethic and ability of the 104MDG members to complete the 16 hour course successfully.

“The 104th did a great job representing the Air Forces Medical Services mission by displaying their commitment to delivering trusted care,” said Lanouette. “As the coordinator of the final scenario, I had asked a lot from them. I may have taken some of them out of their comfort zone during this mentally and physically demanding final scenario. The 104th was able to meet the objectives of the course and should be proud of this accomplishment.”

By Randall Burlingame, 104th Fighter Wing

TMS Tuesday – Virtual Training: TMS University

Tuesday, October 12th, 2021

Do you want a place where you can have access to learning and relevant information on pre-hospital trauma treatments and equipment? Do you want to do it from the luxury of your home? Do you want this access for free? If you answered yes, TMS University is the place for you!

TMS University is TacMed Solutions online training portal for e-learning and information sharing! When you register, you will have access to:

• Information on TacMed Solutions and other product Tactics
• Discussion Groups
• Published clinical reports, studies, and papers
• Free or low-cost online classes and training
• Associate Trainer Program members hosted training content
• Case studies on incidents and uses
• Anything relevant we can find to help you succeed!

If you want access to all these great resources, get registered today for free! Check it out at TMS University – TacMed Solutions!

SHOP Show Raeford – Q-Collar Tactical

Thursday, October 7th, 2021

The Q-Collar is the first and only FDA-cleared sports equipment that helps protect athletes’ brains during head impacts.

Like football players, military personnel are susceptible to traumatic brain injury. Q-Collar is a passive device which uses jugular vein compression to slightly increase blood volume in the head. This reduces movement of the brain that can cause injury and aids in the protection of the brain from effects of repetitive head impacts.

In addition to Hydrdipped versions, they are working on a removable cloth cover for organizations who want to be able to swap the color of their Q-Collar.

OpEx 21 – SAM Medical ChitoSAM100

Tuesday, October 5th, 2021

ChitoSAM100 is a hemostatic, non-woven dressing spun directly from chitosan. The packaging features multiple notches for quick opening when you need the bandage.

SAM’s product offers both immediate availability and competitive cost in relation to others on the market.

It’s offered in three packages:

3×6 Z-fold

3×4 Z-fold

4×4 Single-ply

www.sammedical.com/products/chitosam-100

CRO Medical – Pelvic Binder Gen 2

Sunday, October 3rd, 2021

CRO Medical announces the launch of the Pelvic Binder Gen 2. Designed to easily reduce and stabilize open-book pelvic fractures using their patented tightening system. The CRO pelvic binder packs flat and is designed to fit 95% of the population using the Standard size.

BOA ratcheting dial has proven reliability and testing to easily achieve at least 33lbs (150N) of circumferential force.

Product Features:
• BOA Fit M4 Ratcheting Dial System
• Velcro retention for Pressure Delivery Device
• Approximately half the size in cubic inches of other binders
• Lightweight 4″ double-back wrap
• Flat pack for optimal storage
• Easy one-hand tightening
• Low-light, no-light features

Standard Size: 30-45″ Hips

The CoTCCC update, released on 31JAN2017 indicates pelvic binding under “Circulation” for bleeding control, due to common high-energy battlefield MOI’s associated with significant morbidity and mortality due to associated vascular injuries. 26% of service members that died in OEF/OIF died with a pelvic fracture.

MSRP: $135

www.cromedicalgear.com/products/pelvicbinder

Rampart Range Day 21 – Blizzard IFAK by PerSys Medical

Thursday, September 30th, 2021

PerSys Medical has released a new version of their Blizzard trauma blanket for use in Individual First Aid Kits. It is Tan colored and folded to half the size of the original in the packaging.

The Blizzard Compact Trauma Blanket is made from ReflexCell material to protect from hypothermia.

PerSys Medical products are available for unit and agency orders within Canada from Rampart International.

Rampart Range Day 21 – Ventus Tactical TR2

Thursday, September 30th, 2021

When the COVID-19 pandemic hit the Tactical Respirator 2 had just hit the market and was wuickly sold out. Since then, the company has transitioned to Ventus Tactical and the supply chain has been improved.

It offers protection for your respiratory tract from Aerosolized lead, mold and fungus, as well as environmental pollution. Additionally, they now have comms and helmet strap kits as well as replacement filters.

Ventus Tactical products are available for unit and agency orders within Canada from Rampart International.

New TBI Research Supports Revised Test Standard for Military Combat Helmets

Thursday, September 30th, 2021

Team Wendy Engineers Among Research Team Published in Military Medicine

CLEVELAND, OH (Sept. 30, 2021) – Engineers from Cleveland-based Team Wendy®, a leading global provider of exceptional head protection systems, led experiments for a study published earlier this month in Military Medicine that indicates a need to revise combat helmet specifications.

The paper, titled “Head Impact Modeling to Support a Rotational Combat Helmet Drop Test,” provides a scientific basis for combat helmet test requirements to include rotational impact tests in order to account for cellular injury thresholds. The additional data would improve the test’s conception of traumatic brain injury (TBI) caused by severe head impacts.

Currently, military combat helmets are evaluated by linear acceleration thresholds, which originated from skull fracture prediction. The study examined predicted brain cell damage in both linear and rotational impact scenarios to assess how much brain tissue stretches, and how quickly, upon collision.

“Real life impacts are rarely limited to translational motion, where the head decelerates in a straight line,” said Ron Szalkowski, one of the paper’s authors and Team Wendy’s director of product development and research collaboration. “Continuing to evaluate linear impact is important, but without also analyzing how the helmet and head respond to rotations, we could be missing a key piece of the puzzle in our ability to accurately predict TBI.”

In its exploration of cellular injury levels, the team found that linear tests do not fully convey the tissue stresses and strains indicated in rotational tests. Using a detailed human head model from Sandia National Laboratories, they discovered over four times the brain strains resulting from a modified rotational test versus the strains produced in the standard linear test.

The findings were published in the military medical journal with credit to researchers from Team Wendy, Sandia National Laboratories, Robert Morris University, Brown University and University of Wisconsin-Madison. Team Wendy Mechanical Engineer Sushant Malave is bylined alongside Szalkowski.

The study was part of phase one of the PANTHER program, a research partnership funded by the Office of Naval Research (ONR) with the goal of quantifying cellular injury levels for TBI.

“This paper reflects a stepping stone for further understanding the relationship between brain strains and head protection,” Szalkowski said. “Eventually we want to develop equipment that better protects the brain in parallel with understanding actual brain cell damage baselines.”

He noted that there is currently no firm cellular injury threshold established for TBI cause or prediction.

The PANTHER program continues to investigate what brain cells can withstand and further refine testing models to improve protection standards. ONR has approved continued funding for PANTHER through 2024.

www.teamwendy.com