Human beings ARE animals. It is an idea that comes as an unpleasant surprise to many. The strange thing would be to find that human cells are not like the cells of other animals.
Monkey cells are eukaryotic cells, similar to human cells, with a nucleus and other organelles enclosed within a membrane. These cells are commonly used in research as a model system for studying various aspects of biology, including cell signaling, genetics, and disease mechanisms.
The evidence that we have that human blood is in no way related to plant cells is the fact that plant cells contain chlorophyll and other related compounds that humans do not. Human blood contains red blood cells and other compounds that plants do not.
Human cells are classified as eukaryotic cells. This means that they have a membrane-bound nucleus and other organelles within the cell. This distinguishes them from prokaryotic cells, which do not have a nucleus or membrane-bound organelles.
The only other cells that are similar to neurons in the body are the muscles cells because they both conduct an action potential, obey the All-or-None Law, and can be polarized and depolarized.
In a cell there is a part that has a specific job (nucleus=control center) just like a human (brain=controlls actions of body) __________________________________________________________________ Actually you cant say they are similar but humans are made of cells, trillions of them, and the type of cell is eukaryotic so we are eukaryotes and eukaryote is a type and there is only one other type known and that is the prokaryote which was the first cell.
Human blood contains different types of cells (red blood cells, white blood cells, and platelets) compared to animal blood. Additionally, human blood is rich in hemoglobin, which carries oxygen, while some animals have other proteins that serve a similar function. The composition and structure of blood components also vary between human and animal blood.
Main cells: Plant cells, animal cells. Other cells Muscle cells, Nerve cell and many more!!
first of all they are cells second, it is in the human body third they have organnelles
This is from Mustafa Aiamodin The above answer is not quite correct. Fundamentally, there is not difference between human and animal cells. Humans are animals, so our cells are the same as theirs eg have a nucleus, cytoplasm and membrane. However the combination of genes in our cells are unique to humans, just as each type of animal (and plant!) has its own unique combination of genes. Just remember that we share many of our genes with other animals (and even some with plants), so we are not totally unique.
There are different types of cells, but the structures are basically same, with similar organelles and other structures.
Just like any other living organism (including human), the energy that animal's cells get come from the foods they eat.
Monkey cells are eukaryotic cells, similar to human cells, with a nucleus and other organelles enclosed within a membrane. These cells are commonly used in research as a model system for studying various aspects of biology, including cell signaling, genetics, and disease mechanisms.
Plant cells are attached to each other by cell walls and the connection is through plasmodesmata. Animal cells are not connected by walls and are interconnected by the extracellular fluid
The evidence that we have that human blood is in no way related to plant cells is the fact that plant cells contain chlorophyll and other related compounds that humans do not. Human blood contains red blood cells and other compounds that plants do not.
Human cells are classified as eukaryotic cells. This means that they have a membrane-bound nucleus and other organelles within the cell. This distinguishes them from prokaryotic cells, which do not have a nucleus or membrane-bound organelles.
The only other cells that are similar to neurons in the body are the muscles cells because they both conduct an action potential, obey the All-or-None Law, and can be polarized and depolarized.
Yes. A shark is composed of many, many cells, just like any other animal or human.