0
What else can I help you with?
What are the major classes Of segmented worms and what are examples of each?
some examples of worms are:Arenecolaearthwormthese are only a few of thousands of different types of worms.
What are examples of an hypothesis for a 5th grader?
you can ask several different hypothesis go to hypothesis.com
What are the physiological adaptations of a sloth?
They adapt from Josh HIll
What are the physiological behavioral and structural adaptations of three animals?
Bird migration and the hibernation of some animals during the cold seasons are behavioral adaptations. The physiological adaptations relate to the general functioning of the body.
Is shivering thermogenesis a behavioral adaptation or physiological adaptation?
plz ans
What are the examples of psychological and physiological?
Examples of psychological responses include stress, anxiety, and fear. Examples of physiological responses include increased heart rate, sweating, and muscle tension.
What is the population of Rosières-aux-Salines?
Rosières-aux-Salines's population is 2,839.
Treatment for physiological diseases?
The 8 different types of physiological diseases.Acne Vulgaris.Cancer.Influenza.Fibromyalgia.Gastritis.Gout.Mitral Valve Prolapse.Rheumatoid Arthritis (RA)
What is the area of Rosières-aux-Salines?
The area of Rosières-aux-Salines is 26.95 square kilometers.
When was Antonio Salines born?
Antonio Salines was born on July 1, 1936, in La Spezia, Liguria, Italy.
What are different adaptations?
Behavioral, Physiological and Structural
What is an example of a physiological activity?
Physiological needs are those that must be met for a person to survive. These include food, clothing, and shelter. Activities to procure these things are examples of physiological activities.
What is physiological antagonists on effector organs?
Physiological antagonists are substances that have opposing effects on effector organs but do not directly inhibit each other's action. They work by different mechanisms to achieve opposite physiological effects, such as regulating blood pressure or heart rate. This allows for fine-tuning of responses to maintain homeostasis in the body.
Why are the acids bases and salts that are inorganic with important physiological roles?
Examples: hydrochloric acid, sodium chloride
What is the composition of physiological saline?
A physiological saline is a solution of salts and sugars intended to act as a medium for growing or maintaining live tissue. The solution mimics the salt concentrations of the tissues' natural environment, while providing some buffering to maintain the pH of the solution. Since different tissues from different species are subject to varying internal environments, a large number of physiological salines have been developed over the last century. For example, the original Ringer's solution was developed to mimic amphibian blood, Hank's solution was intended for human tissue, Cortland's saline was designed for the tissue of freshwater fishes, and phosphate-buffered saline is commonly used as a divalent-free saline that is isotonic with human blood. While the composition of every solution is unique, physiological salines developed for vertebrates (such as those mentioned above) have much in common. Such salines are predominately sodium chloride with a concentration of about 0.9% (or 9.0g/L). In lesser concentrations, they often include: sodium monobasic phosphate, sodium dibasic phosphate, sodium bicarbonate, potassium chloride, calcium chloride, magnessium chloride, magnessium sulfate, and glucose.
What is an physiological illusion?
It is impossible to understand your question as stated. "Physiological" has to do with the natural functions of the healthy body. So it is not possible to make any sense out of "physiological illusion." Perhaps you could put your question in different words.
What is physiological basis?
Physiological basis refers to the underlying physical and chemical processes within the body that support various functions and activities. It encompasses how cells, tissues, organs, and systems work together to maintain homeostasis and enable the body to respond to changes in the internal and external environment. Studying the physiological basis of different processes helps us understand how the body functions and how disruptions in these processes can lead to disease.
