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Hemostatic Resuscitation in Children.

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TLDR
The following selection of important publications address the current state of hemostatic resuscitation strategies in pediatric trauma patients as well as the remaining knowledge gaps and areas for further research.
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This article is published in Transfusion Medicine Reviews.The article was published on 2021-08-26. It has received 2 citations till now. The article focuses on the topics: Resuscitation & Tranexamic acid.

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Mise au point sur la prise en charge des urgences orthopédiques pédiatriques

TL;DR: In this article , a review of the general rules of paediatric anaesthesia practice for paediatric orthopaedic emergency anaesthesia management before specifying the different modalities specific to each case is presented.
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Augmented Degradation of Factors VIII and IX in the Intermittent Movement State

TL;DR: In this paper , the authors explored whether this phenomenon could be associated with an impact on factor VIII and IX levels in a mouse model using coagulation assays, Western blot analysis and immuno-staining.
References
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Defining massive transfusion in civilian pediatric trauma

TL;DR: An MTP threshold of 37 mL/kg/4 h of transfused blood products predicted the need for hemorrhage control procedures and early mortality and may provide clinicians with a timely prognostic indicator, improve research methodology, and resource utilization.
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An evaluation of methods for producing low-titer group O whole blood to support military trauma resuscitation.

TL;DR: Having the capability to collect and transfuse whole blood (WB) has supplemented the lack of PLT availability in austere locations, and the concept of damage control resuscitation, transfusing PRBCs, FFP, and PLTs in balanced ( 1:1:1) ratios early in resuscitate, essentially attempts to recapitulate WB.
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Changes in donor antibody titer levels over time in a military group O low-titer whole blood program.

TL;DR: Titer testing in a large series of donors is described, demonstrating the ability to rapidly administer whole blood at the point of injury using low titer group O WB donors.