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Do leaflets have axillary buds associated with them?
Yes, leaflets do not have axillary buds as they are part of a compound leaf structure. Axillary buds are found in the axil of a leaf where a petiole meets a stem, but in compound leaves, the leaflets are attached directly to the rachis and not to the stem.
What is found in stem that is not found in root?
Nodes and axillary buds
What type of tissue an axillary bud and terminal bud share in common?
Both axillary buds and terminal buds share the same type of tissue, which is meristematic tissue. This tissue is responsible for growth and differentiation, allowing the buds to develop into new shoots or branches.
How can you make generalization of new plant from eyes?
In potato tuber the axillary buds are situated in a cavity forming an eye like structure. On planting these tubers, these buds develop in to new plants.
What is an axillary bud and a adventitious bud?
An axillary bud is a bud present in the axil of a leaf (the angle between the leaf and the stem) that has the potential to develop into a new shoot or branch. Adventitious buds are buds that develop in unusual places on a plant, such as along stems or roots, and can give rise to new growth under certain conditions like injury or stress.
Do leaflets have axillary buds associated with them?
Yes, leaflets do not have axillary buds as they are part of a compound leaf structure. Axillary buds are found in the axil of a leaf where a petiole meets a stem, but in compound leaves, the leaflets are attached directly to the rachis and not to the stem.
What is found in stem that is not found in root?
Nodes and axillary buds
What sort of buds grow to form the green parts of a yam or sweet potato?
I am sure that the answer is axillary buds.
What type of tissue an axillary bud and terminal bud share in common?
Both axillary buds and terminal buds share the same type of tissue, which is meristematic tissue. This tissue is responsible for growth and differentiation, allowing the buds to develop into new shoots or branches.
What hormones keep the plant from branching?
Higher concentration of auxins in the axillary buds does not allow these buds to grow hence there is apical dominance.
How can you make generalization of new plant from eyes?
In potato tuber the axillary buds are situated in a cavity forming an eye like structure. On planting these tubers, these buds develop in to new plants.
What is the characteristic of the stem?
Originating from shoot, it has conjoint collateral vasculature and giving rise to leaves, axillary buds, flower and fruits.
What is the difference between an axillary bud and a adventitious bud?
An axillary bud is a type of bud that develops in the leaf axil, which is the angle between the stem and a leaf, and is typically associated with the growth of new shoots or branches. In contrast, an adventitious bud forms in unusual locations, such as on the stem or roots, and can develop in response to injury or stress. While axillary buds are part of normal growth patterns, adventitious buds often arise as a means of regeneration or adaptation. Both types of buds play crucial roles in plant development and propagation.
What does the axillary bud do On a plant?
The axillary bud, located in the leaf axil (the angle between a leaf and the stem), plays a crucial role in a plant's growth and development. It has the potential to develop into a new shoot or branch, allowing the plant to increase its size, produce more leaves, and enhance reproductive opportunities through flowering. Additionally, axillary buds can serve as a means of vegetative reproduction, enabling the plant to spread and adapt to its environment.
Which plant hormone produced in apical meristems inhibits the growth of axillary buds?
The class of hormones called "Auxins" have this affect on plants.
Where are lymph nodes located under the arm?
axillary
What is an axillary bud and a adventitious bud?
An axillary bud is a bud present in the axil of a leaf (the angle between the leaf and the stem) that has the potential to develop into a new shoot or branch. Adventitious buds are buds that develop in unusual places on a plant, such as along stems or roots, and can give rise to new growth under certain conditions like injury or stress.
