Explain the mechanisms via which a pH level outside of homeostatic range negatively affects body function. can you please be specific? It is important to maintain optimal pH in theextracellular fluid otherwise illness and deathcan occur. Explain the mechanisms via which apH level outside of homeostatic rangenegatively affects body function. Step1a)The maintenance, or regulation, of vital internal variables in acondition of relative consistency is referred to as homeostasis.Homeostasis is influenced by automatic cellular systems,neurological and endocrine regulation, and behaviour. Organismsthat function in a larger variety of external conditions have moresophisticated systems regulating crucial variables, such as theflexible processes that allow mammals to function in a far greaterrange of external temperatures than reptiles. The majority ofphysiological homeostatic systems rely on negative feedback,which occurs when signals relating to the regulated variable aredetected and the system reacts by reducing the signals.Step2b)Homeostasis maintains ideal conditions for enzyme functioningand all cell activities throughout the body. It is the preservation ofa constant internal environment in the face of changing internaland external circumstances. Controlling blood glucose content isone of them in the human body.Because cells rely on the body's environment to exist and operate,conditions in the body must be constantly monitored. Thepreservation of circumstances by homeostasis is critical sincecertain processes (osmosis) and proteins (enzymes) will not workeffectively under the wrong body settings.Because the activity of most chemical reactions via enzymeproteins is dependent on fluid pH, one of the most fundamentalphysiological roles of homeostasis is the regulation of body fluidpH.

Regulation of pH- An increased level of acidity provides a suitable environment for the bacteria to…

Answered: Explain the mechanisms via which a pH…

Explain the mechanisms via which a pH level outside of homeostatic range negatively affects body function. can you please be specific?

Human Anatomy & Physiology (11th Edition)

11th Edition

ISBN:9780134580999

Author:Elaine N. Marieb, Katja N. Hoehn

Publisher:Elaine N. Marieb, Katja N. Hoehn

Chapter1: The Human Body: An Orientation

Section: Chapter Questions

Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...

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Question

Explain the mechanisms via which a pH level outside of homeostatic range negatively affects body function. can you please be specific?

It is important to maintain optimal pH in the
extracellular fluid otherwise illness and death
can occur. Explain the mechanisms via which a
pH level outside of homeostatic range
negatively affects body function.

Step1
a)
The maintenance, or regulation, of vital internal variables in a
condition of relative consistency is referred to as homeostasis.
Homeostasis is influenced by automatic cellular systems,
neurological and endocrine regulation, and behaviour. Organisms
that function in a larger variety of external conditions have more
sophisticated systems regulating crucial variables, such as the
flexible processes that allow mammals to function in a far greater
range of external temperatures than reptiles. The majority of
physiological homeostatic systems rely on negative feedback,
which occurs when signals relating to the regulated variable are
detected and the system reacts by reducing the signals.
Step2
b)
Homeostasis maintains ideal conditions for enzyme functioning
and all cell activities throughout the body. It is the preservation of
a constant internal environment in the face of changing internal
and external circumstances. Controlling blood glucose content is
one of them in the human body.
Because cells rely on the body's environment to exist and operate,
conditions in the body must be constantly monitored. The
preservation of circumstances by homeostasis is critical since
certain processes (osmosis) and proteins (enzymes) will not work
effectively under the wrong body settings.
Because the activity of most chemical reactions via enzyme
proteins is dependent on fluid pH, one of the most fundamental
physiological roles of homeostasis is the regulation of body fluid
pH.

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