Mammalian cells have nuclei. But red blood cells lack
The organelle responsible for digesting bacteria within white blood cells is the lysosome. Lysosomes contain enzymes that break down cellular waste, pathogens, and other debris. When a white blood cell engulfs bacteria through phagocytosis, the bacteria are enclosed in a vesicle that merges with lysosomes, allowing for their digestion and elimination.
Yes it is an organelle. They are in photosynthetic eukariyotes
It should be the vacuole, because all cells, even the red-blood cells and xylem cells have vacuoles. Basically my definition of "universal cell organelle" means an organelle which is present in all cells.
This organelle is the chloroplast.
Lymphopoiesis is not an organelle. it is the process of making white blood cells.
red blood cells do not have a nucleus or a organelle. you might want to ask the learning lab for more information as i am a learning lab student! hehe
Hemoglobin
vicinity of liver in bile duct or blood stream
Mammalian cells have nuclei. But red blood cells lack
The organ which produces blood cells is the femur, your thigh bone. They ensure that the blood cells stay in good number for proper functioning of the body.
I think the answer you're looking for is, "White Blood Cells." They are one of the four components of blood, and they engulf any pathogens they detect.
The organelle responsible for digesting bacteria within white blood cells is the lysosome. Lysosomes contain enzymes that break down cellular waste, pathogens, and other debris. When a white blood cell engulfs bacteria through phagocytosis, the bacteria are enclosed in a vesicle that merges with lysosomes, allowing for their digestion and elimination.
Which organelle !
The nucleus is an organelle. It is not found in an organelle.
Yes it is an organelle. They are in photosynthetic eukariyotes
It should be the vacuole, because all cells, even the red-blood cells and xylem cells have vacuoles. Basically my definition of "universal cell organelle" means an organelle which is present in all cells.