1 brain embolism: If a blood clot travels to the brain, this causes an ischemic stroke or TIA (transient ischemic attack).  retinal embolism: Small clots that wouldn't block a major artery can block the smaller blood vessels feeding the retina at the back of the eye. The result is usually sudden blindness in one eye.
At air temperatures between 14 and 30 degrees C, metabolic rate and body temperature decreased with air temperature, and metabolic rate showed an exponential relationship with body temperature (r2 = 0.74).The Q10 for metabolic rate was between 2 and 3 over the body temperature range of 16 to 32 degrees C.owever, the apparent conductance decreased with air temperature. At air temperatures below 14 degrees C, metabolic rate increased linearly with the decrease of air temperature (r2 = 0.58) and body temperature was maintained above 16 degrees C, largely independent of air temperature.
Best Answer: An increase in temperature results in more kinetic energy of the enzyme and the substrate. More kinetic energy results in more collisions between the enzyme and the substrate.In turn, the number of successful collisions increases and more enzyme-substrate complexes form.Therefore an increase in temperature increases the rate at which enzyme substrate complexes form. However, all enzymes have an optimum temperature at which it will work best and favour the activity.Eg. pepsin, an enzyme which works in the stomach has an optimum temperature of between 30-40oC, which is around the human body temperature.o, the rate of enzyme activity decreases once temperature is above its optimum temperature. There is a general rule that every 10oC increase makes the rate double, until the optimum temperature of course. This is called the Q10 effect.