meristematic cells
nohing
Auxin is found primarily in shoot apical meristems and young leaves. Cytokinsis are synthesized primarily in roots. Gibberellins can be found in meristems of apical buds and roots, young leaves and developing seeds Brassinosteroids are present in all plant tissues Abscisic acid can be produced by almost all plant cells Ethylene can also be produced by almost all parts of the plant, produced in higher concentration during senescense and the ripening of some types of fruits.
Meristems are regions of actively dividing cells in plants responsible for growth and development. They give rise to new cells that differentiate into various tissues, helping in the production of new leaves, stems, and roots. Meristems play a crucial role in plant growth, repair, and adaptation to environmental changes.
- Made in the shoot apical meristem and travels downward in the phloem
Gibberellins are primarily synthesized in the shoot tips of plants, particularly in the young leaves and developing seeds. Once produced, gibberellins are then transported to various parts of the plant to regulate growth and development processes.
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Try to not shoot them
Auxin is a plant hormone mainly produced in shoot tips and leaves. Auxin plays a crucial role in promoting cell elongation, apical dominance, and phototropism.
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Pokemon. They shoot them with AK-47's
Plant growth occurs primarily at the meristems, which are regions of actively dividing cells located at the tips of roots and shoots. These meristems give rise to new cells that differentiate into various plant tissues, allowing the plant to grow in length and girth. Growth can also occur in specialized growth zones such as the cambium layer in woody plants, which produces new vascular tissue for secondary growth.
Plants grow from the top, where new cells are produced in the shoot apical meristem. The direction of their growth is determined by various factors, including hormones, light, gravity, and environmental conditions.