the kidney....................................................
<em>You may be diagnosed with diabetes because you go to the doctor for: persistent infections or a slow-healing wound. complications that are associated with prolonged high blood sugar levels, such as numbness or tingling in your feet. heart problems.</em>
The right answer is B. back pain from the compressed nerves
Narrow cervical canal symptoms can range widely from no symptoms to gait and balance disorders to radiculaglia when there is foraminal narrowing associated with central narrowing. Discrete balance disorders may be early signs of myelopathy (posterior cords). Later, the patients suffer from proximal weakness and paresthesia of the four limbs, as well as disorders of the fine motor skills of the hands (do not manage to close buttons of shirt, difficulties with the writing, etc., on reaching the lower motor neuron). In more advanced stages, gait disturbances and even later sphincter control disorders may occur (upper motor neuron involvement).
Steps involved in Mendel’s experiment of garden pea plants include
A. Derivation of pure breeds as parent plants.
B. Emasculation of plants
C. Bagging of plants.
D. Artificial pollination of the plants.
E. Detailed study of the plant characteristics to statistically study the results.
<h3><u>Explanation:</u></h3>
Gregor Johann Mendel was a very famous monk who experimented with the pea plants to find out the reason behind the inheritance of the characters of the plants. As he experimented with plants having pure character, he led the plants to self pollinate themselves for about 3 to 4 generations to take out only the pure breeding traits.
As he got them, he planted them and emasculated the flowers to prevent the self pollination. He then bagged the flowers to prevent unwanted pollination. He then artificially pollinated the flowers with desired pollens only.
At the end, he studied the phenotypic characteristics of the plants in a very detailed manner to get the best possible results. He also took around 1000 pea plants to get the most error free results.
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<em>Okay so basically, i just listed info/facts ideas here for you. Here is one of the different types of specialized cells within the human body. Nerve Cells: Also called neurons, these cells are in the nervous system and function to process and transmit information (it is hypothesized). They are the core components of the brain, spinal cord, and peripheral nerves.
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Your body includes miles of nerve fibers and blood vessels, many feet of digestive system, a strong skeletal framework, and a protective covering. Even more amazing is the fact that all of this is created using only one type of component: the cell.
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The cell is the basic unit of life. This makes sense given that every part of our body is made up of them, but not all cells are the same. In fact, our bodies are made up of over 200 types of specialized cells. Being specialized means that even though they are similar, cells differ in size, shape, or function depending on their role in our bodies. In other words, each type of cell is modified to work in the way our bodies need it to.
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Specialized cells group together to form tissues. Tissues then form organs like the heart, stomach, or skin. Organs also come together to form systems such as the respiratory system or digestive system. These systems come together to form our bodies. When you think about the big picture, it makes sense that a muscle cell would be different from a nerve cell or a bone cell. In this lesson, we will look at a few examples of specialized cells and how they are uniquely designed to carry out specific functions in our bodies.</em></u></h2><h2><u><em>
Hey have a wondeful day, hope i helped! <3</em></u></h2>
