Physiological characteristics refer to the functional traits and processes of living organisms that determine how they respond to their environment. These include aspects such as metabolism, respiration, circulation, and muscle function. These characteristics can vary widely between species and are influenced by factors like genetics, age, and environmental conditions. Understanding these traits is essential for fields like Biology, medicine, and ecology.
Physiological refers to the characteristics of an organism's normal functioning, while pathalogical is altered or caused by a disease.
irritability and conductivity
Completing morphological and cultural characteristics before physiological testing helps accurately identify the microorganism being studied. This information provides valuable clues about the potential biochemical and physiological processes of the microbe, which can inform the selection of appropriate physiological tests. Misidentification can lead to inaccurate test results and conclusions.
No. As robots are not sentient creatures with physiological characteristics, doing either would be difficult.
Buffering system is the physiological system that function to keep pH within normal limits.
Behavioral and physiological adaptations are two characteristics of generalist species. A generalist species can adapt to different environments and resources. Animals that are omnivores are often generalists species.
receive stimuli (irritability), and conduct waves of excitation, or impulses, to all parts of the body (conductivity)
Alison Poe has written: 'A description of the movement characteristics of two year old children performing the jump and reach' -- subject(s): Jumping, Motor ability in children, Physiological aspects, Physiological aspects of Jumping
When investigating mouse characteristics, one might focus on genetic traits, behavior, and physiological responses. Key genetic characteristics could include variations in coat color and patterns, while behavioral traits might encompass social interactions and activity levels. Additionally, physiological responses such as metabolism rates and immune system functions could provide insights into the health and resilience of different mouse strains. These characteristics are essential for studies in genetics, medicine, and behavioral science.
Biometrics can be divided into two broad categories: physiological and behavioral. Behavioural biometrics are based on (hopefully) unique ways people do things such as walking, talking, signing their name, or typing on a keyboard (speed, rhythm, pressure on the keys, etc). By contrast, physiological biometrics are based on a person's physical characteristics which are assumed to be relatively unchanging such as fingerprintss, iris patterns, retina paterns, facial features, palm prints, or hand geometry. We all use a form of physiological biometrics when we recognize our friends and aquaintances. You know what they look like and sound like so you are usually able to recognize them when you see them or hear them. Turning those characteristics into reproducable electronic data is quite an art however and no perfect system has yet been developed that is absolutely foolproof - although some are pretty good.
gender?
1) A population 2) Sovereignty 3)Territory 4) World Recognition