nope not possible bubi
Plant cells have a cell wall and the cell membrane while animal cells have only a cell membrane. Also, plant cells have chloroplasts and they make their own food by trapping sunlight for sugar. Unlike Plant Cells, Animal Cells have Moving Cells and they have smaller vacuoles. Due to the lack of a rigid cell wall, animal cells can adopt a variety of shapes, and a phagocytic cell can even engulf other structures. click on 'related links' below to see a picture of a plant cell and an animal cell.
Cells that make up tissues are specialized to perform specific functions. They work together to form the structure and function of organs in the body. Communication and coordination between these cells are essential for the proper functioning of tissues.
When the plant eats. This changes the plant cells because, when the plant eats it absorbs what it eats which is water, if you were to look at a picture of a plant cell with water in it after the plant "eats" the water the plant cell looks like it has less liquid in it.
No. Prokaryotes such as bacteria do not contain nuclei. Also mammalian (including human) red blood cells, although they are considered eukaryotic cells, also contain no nucleus when they are mature.
Having 6-10 results on squamous epithelial cells in a urine sample typically indicates a normal finding. It suggests that there is a normal shedding of cells from the lining of the urinary tract into the urine, which is a part of the body's natural process. It is important to consider the overall clinical picture and any related symptoms when interpreting this result.
Yes it does, some cells die.
It gives picture of the cell divisions occurring in the somatic cells(all cells except the gametes)
plant cells have chloroplast, animals cells do not have chloroplast
Blast cells are immature white blood cells that can be present in conditions like leukemia. They appear as large cells with high nucleus-to-cytoplasm ratio when viewed under a microscope, often showing prominent nucleoli and scanty cytoplasm. Picture identification of blast cells is an essential diagnostic step in determining various types of leukemia and other hematologic disorders.
Rober Hooke's drawing of cork cells depicted numerous tiny cells, which he estimated to be around 30 cells across horizontally. However, the exact number of cells in the picture may vary depending on the image and magnification used.
A karyotype is a picture of all the chromosomes in a person's cells. A human has 46 chromosomes in all but sex cells.
A karyotype is simply a picture of a person's chromosomes. In order to get this picture, the chromosomes are isolated, stained, and examined under the microscope. Most often, this is done using the chromosomes in the white blood cells. A picture of the chromosomes is taken through the microscope.
A karyotype is simply a picture of a person's chromosomes. In order to get this picture, the chromosomes are isolated, stained, and examined under the microscope. Most often, this is done using the chromosomes in the white blood cells. A picture of the chromosomes is taken through the microscope.
Cells do not see the big picture. You, the consciousness embodied in the brain, do see the big picture, but you do not have a direct connection to what your body does at the cellular level. In order to grow into a hand, embryonic cells have complex chemical cues that tell them what they should be doing. As an adult, you do not have those cues. The cells in your wrist do not know that your hand is missing. The intelligence of a cell is extremely limited.
Stains are mainly used to differentiate and demarcate various minute organelles in the cells. Different parts of the cells can be distinctly stained to give a clear-cut picture of the study material.
Normocytic normochromic blood picture indicates that red blood cells are of normal size and color. Relative eosinophilia means there is an increase in eosinophils compared to other types of white blood cells. This can be seen in allergic reactions, parasitic infections, or certain types of blood disorders.
You can see the colors in a picture because you are aided by the cones in your retina. Cones are photoreceptor cells that are sensitive to different wavelengths of light, allowing you to perceive and distinguish between different colors.