One grows faster than the other alowing them to mature faster and quicker than a normal seed would in another environment
Elongation in plants is primarily stimulated by the hormone auxin, which promotes cell expansion and growth in response to light and gravity. Auxin redistributes within the plant, causing cells on the shaded side of a stem to elongate more than those on the light-exposed side, resulting in phototropism. Additionally, environmental factors such as water availability and nutrient levels can also influence elongation by affecting overall plant health and growth conditions.
T cells mature in the thymus to ensure they develop properly and can effectively recognize and respond to pathogens while distinguishing between self and non-self cells. This maturation process includes positive and negative selection, where T cells that can recognize self-antigens are eliminated to prevent autoimmune reactions, while those that can respond to foreign antigens are allowed to survive. The thymus provides an ideal microenvironment and necessary signaling molecules for this crucial maturation process.
The cells that develop differently are generally called the cells. The genetic cells however determine the relation between a number of individuals.
Yes, specialized cells are made from stem cells through a process called differentiation. Stem cells have the ability to develop into different types of cells, such as muscle cells, nerve cells, or blood cells, depending on the signals they receive from their environment. This process allows stem cells to contribute to the development, growth, repair, and maintenance of tissues in the body.
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Ok the important parts of the plant is the Zone Of elongation. That zone has all the cells and those cells keep pushing the root so the plant can get some water. So that is one important part, how do i know this well i took one of those finals you have to take and i got a 100! and that was one of the questions.
Elongation in plants is primarily stimulated by the hormone auxin, which promotes cell expansion and growth in response to light and gravity. Auxin redistributes within the plant, causing cells on the shaded side of a stem to elongate more than those on the light-exposed side, resulting in phototropism. Additionally, environmental factors such as water availability and nutrient levels can also influence elongation by affecting overall plant health and growth conditions.
T cells mature in the thymus to ensure they develop properly and can effectively recognize and respond to pathogens while distinguishing between self and non-self cells. This maturation process includes positive and negative selection, where T cells that can recognize self-antigens are eliminated to prevent autoimmune reactions, while those that can respond to foreign antigens are allowed to survive. The thymus provides an ideal microenvironment and necessary signaling molecules for this crucial maturation process.
No.
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Chromosomes are the same no matter what gender you are, or what species, all cells have them. It is the information contained within those chromosomes that is different between cells.
The body contains various types of cells, including red blood cells, white blood cells, nerve cells, muscle cells, and skin cells, among others. These cells perform different functions and are essential for the body's overall health and functioning.
animal cells have either very small vacuoles, or no vacuoles at all, whereas plant cells have very large vacuoles.
animal cells have either very small vacuoles, or no vacuoles at all, whereas plant cells have very large vacuoles.
The cells that develop differently are generally called the cells. The genetic cells however determine the relation between a number of individuals.
Anywhere, but only at certain times and not very often. You have to find out when Mercury is at its maximum elongation. Then it can be seen, close the Sun, at dawn or dusk. In the northern hemisphere it's best seen at Eastern elongation in the evening when it happens in the spring, or at Western elongation in the morning in autumn. That is because of the way the ecliptic lies in the sky at those times.
Yes, specialized cells are made from stem cells through a process called differentiation. Stem cells have the ability to develop into different types of cells, such as muscle cells, nerve cells, or blood cells, depending on the signals they receive from their environment. This process allows stem cells to contribute to the development, growth, repair, and maintenance of tissues in the body.