Intramuscular bleeding and formation of microthrombi during skeletal muscle damage caused by a snake venom metalloprotease and a cardiotoxin

M Sonavane, JR Almeida, E Rajan, HF Williams… - Toxins, 2023 - mdpi.com
The interactions between specific snake venom toxins and muscle constituents are the
major cause of severe muscle damage that often result in amputations and subsequent …

Traces of Bothrops snake venoms in necrotic muscle preclude myotube formation in vitro

AC Van de Velde, LS Fusco, SM Echeverría… - Toxicon, 2022 - Elsevier
Deficient skeletal muscle regeneration, which often leads to permanent sequelae, is a
common clinical finding in envenomations caused by snakes of the family Viperidae, such …

The role of the cyclooxygenase-2 pathway in tissue ischemia and revascularization following skeletal muscle injury induced by bothropic snake venom

MR Correia, SW Han, T Escalante, V Moreira - Microvascular Research, 2025 - Elsevier
Bothrops asper venom (Bav) contains metalloproteinases that disrupt the microvascular
system, impairing muscle tissue regeneration after injury. This study investigated the impact …

[Retracted] The Accurate Repair of Image Contour of Human Motion Tracking Based on Improved Snake Model

N Feng, P Gao - Complexity, 2021 - Wiley Online Library
With the rapid development of sports science, human motion recognition technology, as a
new biometric recognition technology, has many advantages, such as noncontact target …

Caracterización bioquímica y efectos del veneno de Bothrocophias microphthalmus en preparaciones neuromusculares.

MB Macas Granizo - 2021 - repositorio.ikiam.edu.ec
El género Bothrocophias está formado por seis especies características de Sudamérica, sin
embargo, ha sido muy poco explorado. Actualmente existen solo dos análisis proteómicos …