Hyperthermia induces ultrastructural changes in mouse pial microvessels

Agriculture & Biology

• fever 97%
• platelet activation 71%
• brain 69%
• heating systems 64%
• pseudopodia 63%
• arterioles 61%
• thrombosis 59%
• platelet aggregation 59%
• cerebrospinal fluid 59%
• mice 57%
• nuclear membrane 56%
• glutaraldehyde 52%
• cell aggregates 52%
• endothelium 52%
• body temperature 47%
• vacuoles 45%
• leukocytes 44%
• granules 42%
• animals 41%
• electron microscopy 40%
• blood vessels 40%
• erythrocytes 38%
• phosphates 35%
• temperature 19%
• cells 15%
• methodology 13%

Medicine & Life Sciences

• Microvessels 100%
• Blood Platelets 77%
• Fever 74%
• paraform 22%
• Induced Hyperthermia 20%
• Pseudopodia 19%
• Venules 19%
• Membranes 19%
• Glutaral 19%
• Nuclear Envelope 18%
• Platelet Activation 18%
• Arterioles 18%
• Heating 17%
• Vacuoles 17%
• Body Temperature 17%
• Platelet Aggregation 16%
• Animals 16%
• Brain 16%
• Endothelium 14%
• Phosphates 14%
• Electron Microscopy 14%
• Rupture 14%
• Leukocytes 13%
• Erythrocytes 13%
• Thrombosis 12%
• Temperature 11%
• Pathology 10%
• Blood Vessels 9%