The waste product in tissues primarily includes carbon dioxide, which is produced during cellular respiration as cells convert nutrients into energy. Other metabolic waste products can include urea, creatinine, and various organic acids, depending on the type of tissue and metabolic processes occurring. These waste products are typically transported via the bloodstream to excretory organs, such as the lungs and kidneys, for removal from the body.
The only waste product from cellular respiration is carbon dioxide.
There are a handful of waste products that are products of a plant's respiration. Oxygen is one such waste product.
oxygen
That is not a straightforward answer because heat isn't produced by body weight but as a waste product of metabolism. The more metabolically active a tissue is, the more heat it will generate. So like muscle tissue will generate more heat than adipose (fat) tissue.
Accumulation of metabolic waste can disrupt tissue activities by interfering with cell functions, affecting nutrient and waste exchange, and leading to cellular damage or dysfunction. This can impact cellular metabolism and contribute to various health issues such as inflammation, oxidative stress, and impaired tissue repair. Proper elimination of metabolic waste is crucial for maintaining optimal tissue function and overall health.
c02
Oxygen comes out as waste product in plants during photosynthesis
A fusion reaction generates helium as a waste product.
Carbon dioxide is the waste product exhaled from the lungs during respiration.
Waste Product
the are 3 different respirations but in aerobic the waste product is C02 in anaerobic the waste product from the muscles is lactic acid.
no
The only waste product from cellular respiration is carbon dioxide.
what hazardous waste list from the environmental protection agency identifies discarded commercial chemical product waste
The waste product is carbon dioxide and the lungs are responsible for this transfer
water vapour
They tried to use the waste product in an attempt to make their manufacturing process very efficient.