It would be that cells are an organ and a water cycle is an everyday cycle. Basically something we use everyday! These things are totally different but when your comparing the similarities would be that both things are something that animals need, which includes humans. Humans are animals. Hope I could help!! :)
After bursting from red blood cells, spores released by Plasmodium (malaria parasite) enter other red blood cells to continue the infection cycle. They invade new cells, replicate, and eventually burst out to infect more cells, causing the cycle of infection to continue.
Evaporation converts liquid into gas.Condensation converts gas into liquid.
Both of these are biogeochemical cycles,meaning that the chemicals spend a portion of the cycle in living things and a portion in nonliving enviroment.
Cells of an embryo or fetus primarily undergo the mitotic cell cycle, consisting of G1, S, G2, and M phases, to create new cells for growth and development. In contrast, cells in an adult primarily undergo the G0 phase of the cell cycle where they are not actively dividing but can re-enter the cell cycle when needed for tissue repair or maintenance.
Yes it is true that red blood cells only use glycolysis in the catabolism of glucose. Red blood cells exclusively use anaerobic respiration for energy production since these cells lack mitochondria.
After bursting from red blood cells, spores released by Plasmodium (malaria parasite) enter other red blood cells to continue the infection cycle. They invade new cells, replicate, and eventually burst out to infect more cells, causing the cycle of infection to continue.
Evaporation converts liquid into gas.Condensation converts gas into liquid.
the S phase
Both of these are biogeochemical cycles,meaning that the chemicals spend a portion of the cycle in living things and a portion in nonliving enviroment.
The liver helps to recycle old and damaged red blood cells by breaking them down and reusing their components. This process occurs in the reticuloendothelial system of the liver, where macrophages phagocytize the damaged red blood cells and recycle their components such as iron and heme.
There are many different cells in the human body. The different cells in the body are generally grouped into tissues that have similar properties. The four main groups of tissues in the body are, muscular, nervous, connective, and epithelial. There are 3 classes of cells in the human body. Labile cells, stable cells, and permanent cells. Labile cells are dividing all the time--always in the cell cycle. Examples include cells in the digestive tract, skin, respiratory tract, and stem cells in the bone marrow producing blood cells. Stable cells are in Gap O most of the time in the cell cycle, but can be stimulated to enter the cell cycle when needed. Examples include: the liver, the proximal tubules of the kidney, and endocrine glands. Permanent cells remain in the Gap 0 phase of the cell cycle, and will not come out no matter what!!! RBC's, nervous tissue, cardiac myocytes, and the lens of the eye are examples. Permanent cells cannot be replaced!!
No, white blood cells are not eukaryotes.Eukaryotes are organisms that have eukaryotic cells. People are eukaryotes, with many millions of eukaryotic cells.White blood cells are eukaryotic cells in eukaryotes.
membranes "wear out" and the cells become damaged
Not more than a tiny amount. Menstrual fluid is not blood, but disintegrating cells.
Provide oxygen to the entire body, from the brain to the pinky toe. Blood is circulated via the Pulmonary Artery from the heart to the lungs, and from the lungs (where oxygen is absorbed by the red blood cells) to the rest of the body. After the oxygen has been dispersed, the blood cells begin the cycle anew.
Yes, menstrual blood is different from regular blood. Menstrual blood contains a mixture of blood, tissue, and uterine lining shed during a woman's menstrual cycle, while regular blood is mainly composed of red blood cells, white blood cells, platelets, and plasma.
Cells of an embryo or fetus primarily undergo the mitotic cell cycle, consisting of G1, S, G2, and M phases, to create new cells for growth and development. In contrast, cells in an adult primarily undergo the G0 phase of the cell cycle where they are not actively dividing but can re-enter the cell cycle when needed for tissue repair or maintenance.