Answer:
My conviction is what would happen to the bone tissue if one pf the three bone cells were missing but the other types of bone cells were present in the tissue is that it would be beneficial to have all four bone cells in the human tissue based on anatomy and celllar organisms such as humans but having only one bone cell in the human tissue would and create a longer time standard to heal if the human goes trough internal bleeding and even external.
Having all four cells would make the tissue stronger and it is imperitive to have many more red and white blood cells to heal the tissue.The bone tissue would still be part of the human body as obvious but in a weaker and more vunerable stage.
Answer:
Follicle stimulating hormone (FSH)
Explanation:
The correct answer for the given question that fills up the blank is " follicle stimulating hormone (FSH) ".
The follicle stimulating hormone (FSH) is responsible for the initiation of the follicle egg development.
The follicle stimulating hormone (FSH) also stimulates the secretion of the estrogen during the first half of the ovarian cycle.
B. infants drink more milk than adults.
C. bald people who wear diapers tend to cry more often than other
people.
D. teens usually get their licenses at 16.
Answer:
Reflex test determines the injury of spinal cord and neuromuscular disease.
Explanation:
Reflex test is a type of neurological examination that determines the functioning of both the motor and sensory pathway. This is a simple test that explains the integrity of nervous system.
Reflex test helps in measuring the strength and presence of number of reflexes. This test is helpful to determine the location of spinal cord injury and neuromuscular diseases.
The questions has missed the multiple options. The options are as follows:
(a) organ, organ system, cellular, chemical, tissue, organismal; (b) chemical, cellular, tissue, organismal, organ, organ system; (c) chemical, cellular, tissue, organ, organ system, organismal; (d) organismal, organ system, organ, tissue, cellular, chemical.
Answer:
Option (c).
Explanation:
The evolution of the complex organisms take several billion years. The evolution of the organisms starts from the basic level and then move to the complex forms.
The hierarchy determines the level of the organization. Cell is the basic level of organization. The cells are formed by the union of chemicals. The cell combine together to form tissue. Tissue combines together to form the organ then the organ system and finally the whole organisms.
Thus, the correct answer is option (c).
Answer:
The correct answer is - cellular organization, tissue organization, organ level organization, organ system, and body.
Explanation:
The body of most of the organisms has several levels of the organization. The simplest level of the body organization is a cellular organization that includes cell and its components which are cell organelle that performs cellular level functions.
When there is an association of the two or more cells to perform a function is called tissue and this organization is tissue-level organization. Tissue join together to make an organ that performs a specific type of function.
Different organs combined together to form an organ system such as the digestive system or excretory system to perform a similar function. In the last these organ system form a body.
Thus, the correct answer is - cellular organization, tissue organization, organ level organization, organ system and body.
b. Polypharmacy
c. Multiple health problems
d. Increased rate of absorption
e. Decreased renal function
Answer:
The answer is B, C, E
Explanation:
Older patients tend to be people with multiple pathologies, which forces them to be taking different medications for each of them, this polypharmacy can lead to an adverse alteration in the senile patient. knowing that they are older adults they will have a certain degree of renal dysfunction which will not allow the elimination of the metabolites of these medications.
b. False
Answer:
The answer to the question: The membrane potential seeks the equilibrium potential of the ion whose permeability is dominant, would be, True.
Explanation:
When a cell needs to prepare to activate itself, or start what is known as an action potential, there needs to be a change in the polarity that is constant over the cell membrance. Usually, this polarity tends to be primarily negative on the inside thanks to the anions, and positive on the extracellular side, thanks to the concentration, particularly of sodium ions. In general, and without stimulus, this resting membrane will not activate or generate anything. However, when the cell activates, several channels, both leakage and gated, will activate to allow the two most important ions, sodium and potassium, to leak in and out of the cell to generate an electrical gradient. In order to restore this, and return to resting, the cell´s membrane must restore its potential, and thus, it will activate the channels of the dominant ion, to restore the balance. In fact, normally, there are leakage potassium channels in the cell membrane that allow potassium to leak out of the cell, helping to maintain the negativity of the cytoplasm, and the stability.