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∙ 13y agoThis is mostly off the top of my as I'm a freshman neuroscience major so I'm in the midst of taking my first seminar in it, but if by coordination you mean regulation, it would probably be the prefrontal cortex that regulates the expression of these emotions/feelings. The actual expression of the emotions/feelings themselves comes from the more "primitive" portions of the brain which are at the bottom. These include the hypothalamus (sexual orientation, perhaps conduct), amygdala (anger/fear), and that's about all I know. I'm also assuming by bra you mean brain, but if you really mean bra I would say the emotions come from the women/girl/crossdresser wearing it.
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∙ 13y agoThe hypothalamus is the structure in the brain responsible for coordinating the autonomic nervous system (ANS), regulating sleep-wake cycles, sexual arousal, thirst, hunger, body temperature, and the production of certain hormones. It plays a crucial role in maintaining homeostasis within the body.
Yes, the scrotum is about 3 degrees Fahrenheit warmer than the rest of the body because the testes, which are housed in the scrotum, require a slightly lower temperature for sperm production to occur efficiently. This temperature regulation is crucial for maintaining optimal sperm production and fertility in men.
Temperature affects pigment production in Serratia marcescens by influencing the expression of the prodigiosin biosynthesis genes. Lower temperatures promote high levels of pigment production, while higher temperatures suppress its synthesis. This temperature-dependent regulation is controlled by transcriptional regulators that respond to changes in environmental temperatures.
Sweat carries excess heat out of your body and when the sweat evaporates it takes that excess heat with it cooling you off.
Yes, metabolism is considered an emergent property of living organisms. It arises from the complex interactions of various biochemical processes within cells and tissues to sustain life through energy production, growth, and repair. Metabolism reflects the overall coordination and regulation of these processes to maintain the organism's internal balance.
Examples of mitochondria-associated processes include cellular respiration, ATP production, apoptosis regulation, and calcium signaling within cells.
The scrotum is the body part is used when the temperature regulation is essential to the production of sex cells.
The Hypothalamus. Most of its funstions relate to regulation of visceral activities including: cardiovascular regulation, body-temperature regulation, water and electrolyte balance, gastrointestinal activity and hunger, sleeping and wakefulness, sexual response, emotions, and control of endocrine functions through stimulation and anterior pituitary.
Regulation
Testicle temperature regulation is essential in maximum sperm production.
Regulation
Temperature regulation. Normal internal body temperature is slightly too warm for optimal sperm production.
cerebellum
A uniquely sympathetic function refers to a characteristic or aspect of a system or process that actively responds with understanding, compassion, and support towards individuals' emotions, needs, or challenges in a distinctive or outstanding manner compared to others. This function typically fosters a sense of empathy, connection, and trust in its interactions.
Nervous tissue is primarily responsible for coordinating and regulating body functions. This tissue includes neurons that transmit signals throughout the body to control various processes such as movement, sensation, and organ function. Additionally, neuroglia cells provide support and insulation for neurons.
communication between the nervous and endocrine systems, which work together to monitor and regulate internal conditions such as temperature, blood pressure, and pH levels. The nervous system uses electrical signals to provide rapid responses, while the endocrine system releases hormones to trigger slower, but longer-lasting changes in the body. Together, these systems help maintain a stable internal environment despite external fluctuations.
Three homeostasis mechanisms are temperature regulation through sweat production and shivering, blood sugar regulation through insulin and glucagon, and fluid balance through the release of hormones like aldosterone and antidiuretic hormone.
regulation