Answer:
The correct answer is option c) "creating a state of hormone excess".
Explanation:
In order to identify an endocrine gland is necessary to create a state of hormone excess after removing the suspected gland and replacing the hormone. The state of hormone excess is created by adding an extra gland or administer and extract of the gland to a normal animal. The symptoms of hormone excess should appear in the animal.
Answer:
They are alike because they perform Voluntary and Involuntary Controls.
Explanation:
1). Skeletal muscle: The skeletal muscle brings about movement by pulling on the skeletal parts of which they are attached. This is the type of movement that is responsible for locomotion.
2). Smooth Muscle: This muscle is composed of elongated spindle-shaped cells which are grouped into bundles or sheets. They are least specialized muscle cells and are under the control of the autonomic nervous system.
3). Cardiac muscle: This muscle is only found in the walls of the heart. The muscle cells are branched and connected to one another by special discs. These cells helps the cells to contract and relax in unison so that the heart can pump rhythmically.
The pea is a part of the Legumes family
Answer:
Prokaryotic cells have entirely different structures for organizing their DNA, the prokaryotic chromosome equivalent is called a genophore and is localized within the nucleoid region... The structure of chromatin networks is currently poorly understood and remains an active area of research in molecular biology.
Explanation:
In this patient, the proteins that usually take the process of post-translational to incorporate their organelle, take now the process of <span>cotranslational, and vice-versa.
In this patient, for cotranslational, we would have proteins for organelles such as </span>mitochondria<span>, nucleus, vacuole, </span><span>and </span><span>peroxisomes.
For post-translational, </span>we would have proteins for organelles such as endoplasmic reticulum<span>, </span>golgi, plasma membrane, and lysomes.
