Volume therapy in trauma and neurotrauma

Area of Science:

• Trauma resuscitation
• Hemorrhagic shock management
• Critical care medicine

Background:

• Trauma management requires restoring physiological balance, including tissue perfusion and coagulation.
• Damage control resuscitation emphasizes blood products to correct coagulopathy.
• Fluid overload is a critical consideration in trauma volume therapy.

Purpose of the Study:

• To outline optimal volume therapy strategies in trauma patients.
• To differentiate approaches for patients requiring damage control resuscitation versus standard volume replacement.
• To define appropriate pre-hospital resuscitation goals.

Main Methods:

• Review of current literature on trauma volume resuscitation.
• Emphasis on the balance of crystalloids and colloids.
• Consideration of neurotrauma patient-specific management.

Main Results:

• Volume therapy aims to restore tissue perfusion and correct coagulation deficits.
• Damage control resuscitation prioritizes blood products for coagulopathy.
• Balanced fluid replacement with crystalloids and colloids is essential post-coagulopathy correction.
• Pre-hospital resuscitation should be limited to maintaining radial pulse and mentation.

Conclusions:

• Effective trauma volume therapy necessitates a physiological approach, balancing fluid replacement and avoiding overload.
• Damage control resuscitation is key for coagulopathy, followed by balanced fluid therapy.
• Tailored pre-hospital and in-hospital strategies, especially for neurotrauma, are vital.