The genetic defect most likely causes each leaf to lack a sufficient root system that can support the plant's growth.
The root system of plants contains networks of roots and their branches which functions by absorbing and transporting water and dissolved minerals from the soil to the plant in order to support the growth of the plant. They anchor (hold) the plant in the soil and also store reserve foods that can be used later by plants. Absence of sufficient root system in plants will affect the plants normal processes (including photosynthesis). The plant’s water absorbing capacity will be greatly reduced and this will make the plant to become dry (weak) and to be susceptible to insect and diseases.
The answer is ganglia. As indicated, they house many cell
bodies of afferent and efferent neurons.
Spinal ganglia are located in the dorsal (that contain cell bodies of afferent
neurons) and ventral roots (that house cell body
of efferent neurons) of a spinal nerve.
<span>Nickel and cobalt are ferromagnets. This means that they are able to acquire magnetism from induction by an external magnetic field. This is caused by the realignment of atoms and unpaired electrons in their structure induced by the magnetic field. Aluminum and copper don't get magnetized because they have few unpaired electrons in their atomic structures. </span>
