Determinate growth refers to a pattern of growth in which an organism or part of an organism ceases to grow once it reaches a certain size or developmental stage. This growth model is common in many animals, such as birds and mammals, and in some plant species, where specific structures, like leaves or flowers, develop to a final size. In contrast, indeterminate growth allows for continuous growth throughout the organism's life. Determinate growth typically results in a more defined life cycle and reproductive strategy.
Indeterminate. The growth rate of plants is extremely variable.
Examples of plasticity include the brain's ability to reorganize itself after injury, such as in stroke patients where other areas of the brain compensate for damage. Muscles can also exhibit plasticity, with strength training leading to muscle growth and adaptation. Plasticity is also seen in the developing brain, where connections between neurons are constantly forming and reshaping based on experiences and learning.
Indeterminate growth in plants refers to their ability to continuously grow throughout their life, as opposed to having a fixed growth limit. This growth is primarily facilitated by meristematic cells, which are specialized cells located in regions such as the tips of roots and shoots. These cells are capable of dividing and differentiating into various types of tissues, allowing the plant to develop new leaves, stems, and roots as needed. As a result, plants can adapt to their environment and optimize resource acquisition over time.
indeterminate, life-long growth with both young and mature body parts occurring at one time on the same individual
Yes, Roma tomatoes are determinate in their growth pattern.
Sarah L. Pallas has written: 'Developmental plasticity of inhibitory circuitry' -- subject(s): Developmental neurobiology, Growth & development, Neurons, Neuronal Plasticity, Nervous System, Physiology, Neuroplasticity, Neural circuitry
Determinate growth refers to a pattern of growth in which an organism or part of an organism ceases to grow once it reaches a certain size or developmental stage. This growth model is common in many animals, such as birds and mammals, and in some plant species, where specific structures, like leaves or flowers, develop to a final size. In contrast, indeterminate growth allows for continuous growth throughout the organism's life. Determinate growth typically results in a more defined life cycle and reproductive strategy.
the kind of growth is refered to as the indeterminate growth type.
Indeterminate growth refers to a pattern of growth where an organism continues to grow throughout its life, with no set endpoint. This type of growth is commonly seen in plants and some animals, allowing them to increase in size indefinitely.
Indeterminate growth in plants refers to continuous growth throughout the plant's life cycle, often seen in herbaceous plants and some woody plants like palms. This growth pattern allows plants to grow and produce new tissues like leaves, stems, and roots for an extended period, promoting overall plant expansion and development.
Indeterminate growth describes plants growth thoughout the life of a plant.
Yes, Roma tomatoes are determinate in terms of their growth habit.
The kind of growth that describes plants growth throughout life would be exponential growth. This is because it grows at a certain rate.
Plants grow throughout their lives.plants grow throughout their lives
Indeterminate. The growth rate of plants is extremely variable.
Indeterminate growth in plants refers to the continuous or unlimited growth throughout their life cycle. This means that they can keep growing in size and producing new structures such as branches, leaves, and flowers as long as they are alive. This type of growth is common in perennial plants and is regulated by environmental conditions, genetics, and biotic factors.