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Laurie Anderson – Healing COVID with HBOT (Part 3)

Laurie Anderson – Healing COVID with HBOT (Part 3)

Laurie Anderson – Healing COVID with HBOT (Part 2)

Laurie Anderson – Healing COVID with HBOT (Part 2)

Laurie Anderson – Healing COVID with HBOT (Part 1)

Laurie Anderson – Healing COVID with HBOT (Part 1)

Tom Fox (Part 2)

Tom Fox (Part 2)

Tom Fox (Part 1)

Tom Fox (Part 1)

Elena Schertz & Tom Fox (Part 5)

Elena Schertz & Tom Fox (Part 5)

Elena Schertz & Tom Fox (Part 4)

Elena Schertz & Tom Fox (Part 4)

Elena Schertz & Tom Fox (Part 3)

Elena Schertz & Tom Fox (Part 3)

Elena Schertz & Tom Fox (Part 2)

Elena Schertz & Tom Fox (Part 2)

Elena Schertz & Tom Fox (Part 1)

Elena Schertz & Tom Fox (Part 1)

Dr. Jay Stevens  – Optimizing Health & Longevity

Dr. Jay Stevens – Optimizing Health & Longevity

Evan Fernandez – Warriors on the Water

Evan Fernandez – Warriors on the Water

Dr. Jay Stevens  – Head Injuries

Dr. Jay Stevens – Head Injuries

Jim Hooker – HBOT for Vets (Part 2)

Jim Hooker – HBOT for Vets (Part 2)

Jim Hooker – HBOT for Vets (Part 1)

Jim Hooker – HBOT for Vets (Part 1)

Dr. Hemal Mehta & Vibrant Health University

Dr. Hemal Mehta & Vibrant Health University

Dr. Jay Stevens  – Sports-Related Injuries & Performance Enhancement

Dr. Jay Stevens – Sports-Related Injuries & Performance Enhancement

Ernie Harrison: Veteran with PTSD & TBI

Ernie Harrison: Veteran with PTSD & TBI

Dr. Hemal Mehta & Regenerative Medicine

Dr. Hemal Mehta & Regenerative Medicine

Dr. Hemal Mehta & Fasting (Part 2)

Dr. Hemal Mehta & Fasting (Part 2)

Dr. Hemal Mehta & Fasting (Part 1)

Dr. Hemal Mehta & Fasting (Part 1)

Dr. Jay Stevens – “Learn The Right Fast”

Dr. Jay Stevens – “Learn The Right Fast”

Dr. Peter Canaday (Part 2)

Dr. Peter Canaday (Part 2)

Dr. Peter Canaday (Part 1)

Dr. Peter Canaday (Part 1)

Dr. Paul Harch & Viral / Bacterial Infections

Dr. Paul Harch & Viral / Bacterial Infections

Dr. Paul Harch & 8,101 Genes

Dr. Paul Harch & 8,101 Genes

Dr. Paul Harch & Autism

Dr. Paul Harch & Autism

Dr. Paul Harch & Strokes

Dr. Paul Harch & Strokes

Dr. Paul Harch & Birth Injuries/ Cerebral Palsy

Dr. Paul Harch & Birth Injuries/ Cerebral Palsy

Dr. Paul Harch & The Science Behind the Practice

Dr. Paul Harch & The Science Behind the Practice

Dr. Paul Harch & TBI

Dr. Paul Harch & TBI

Dr. Paul Harch & Thermal Burns

Dr. Paul Harch & Thermal Burns

Dr. Paul Harch & Inflammation

Dr. Paul Harch & Inflammation

Robert Beckman & TreatNow.org

Robert Beckman & TreatNow.org

Elena Schertz & Extivita RTP

Elena Schertz & Extivita RTP

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Recent HBOT News

Randomized, Sham-Controlled, Feasibility Trial of Hyperbaric Oxygen for Service Members With Postconcussion Syndrome: Cognitive and Psychomotor Outcomes 1 Week Postintervention.

Abstract: Background Mild traumatic brain injury (mTBI) and residual postconcussion syndrome (PCS) are common among combatants of the recent military conflicts in Iraq and Afghanistan. Hyperbaric oxygen (HBO2) is a proposed treatment but has not been rigorously...

Clinical Trial – Tranexamic Acid and Thromboelastography During Cesarean Delivery

The aim of this study is to characterize the coagulation changes, using thromboelastography
(TEG), after prophylactic tranexamic administration during cesarean delivery. Specifically,
TEG values will be compared in patients who receive prophylactic tranexamic acid or placebo
before surgery, during elective cesarean delivery, and 2 hours postpartum.

Postpartum hemorrhage (PPH) is increasing in incidence in the United States, renewing
interest in multimodal approaches to blood conservation during cesarean delivery.
Pharmacologic therapy with the antifibrinolytic agent, tranexamic acid (TA), has been shown
to reduce estimated blood loss (EBL) during cesarean delivery, but its effect on global
coagulation as assessed by TEG, and how this correlates with lowering blood loss, has not
been elucidated.

This study will be conducted as a randomized, double-blind, controlled trial with two study
arms: control (60 patients); and treatment (60 patients).

Subjects will be pre-medicated with routine pre-cesarean delivery medications including oral
sodium citrate 30 mL and intravenous (IV) metoclopramide 10 mg. A peripheral IV and
noninvasive hemoglobin monitor will be placed, and baseline labs sent: type and screen, serum
hemoglobin, platelet count, fibrinogen, activated partial thromboplastin time (aPTT),
prothrombin time (PT), and baseline TEG values (r time, k time, alpha angle, and maximum
amplitude). Patients will have blood pressure, heart rate, and pulse oximetry measured
throughout surgery as per standard of care. Patients will all receive IV lactated Ringers’
(LR) solution prior to surgery and throughout surgery, with volume recorded and a goal of
less than 2 L unless more IV fluid is clinically indicated. All patients will have a spinal
anesthetic as per standard of care, with hyperbaric bupivacaine 12 mg, fentanyl 10 μg, and
hydromorphone 100 μg. If the anesthetic plan is altered (combined spinal-epidural, general
anesthesia conversion, general anesthesia planned), indications and medication doses used
will be noted for analysis.

Immediately following induction of anesthesia and prior to skin incision, infusion of study
solution will be initiated.

Study solutions will consist of:

1. Control group: 100 mL 0.9% normal saline (NS).

2. Treatment group: 100 mL 0.9% NS containing 1g tranexamic acid (TA). Study solution will
be infused via an infusion pump over 10 minutes. Blood loss will be measured by visual
estimate and weight of surgical sponges. Noninvasive hemoglobin will be measured
throughout the study. All routine care lab values will be noted. At minimum, one lab
panel will be sent one hour after study solution initiation (hemoglobin, fibrinogen,
platelet count, aPTT, PT, and TEG).