Here is the answer that would best complete the given statement above. The addition <span>of more myoglobin to a muscle fiber would have the largest effect on f</span><span>ast oxidative and slow oxidative fibers. Myoglobin is the protein found in the muscle cells of animals. Hope this answer helps you. </span>
Answer:
According to many psychologists, we do not know why we dream when we sleep. There are many theories for sleep stemming from Freud to other modern psychologists.
We think that a lot of it stems from our pons in our brain. Our pons is in control of calming ourselves down from a fight/flight responses.
Freud's theory on dreams is that our subconscious' only way to communicate our deepest desires, lusts, wishes, etc. is through our dreams. Our conscious mind cannot comprehend these thoughts, so are buried down. Our subconscious tries to communicate these sorts of desires through dreaming.
However, other psychologists such as Hobson and McCarley believe that dreams are nothing more than our brain trying to make sense of random electrical impulses that happen during our REM sleep cycle.
When we sleep, random electrical impulses are sent through the brain stem. While motor and sensory cortexes normally handle these electrical signals, they are "turned off" when we sleep. Thus, these signals are sent to our frontal lobe which is where most cognitive thinking and reasoning are being held. This is where our brain tries to "make sense" of these signals by filling in memories as a blank.
However, these are both theories. Dream theories and why we dream are still being researched heavily.
Answer: Psychologist Bruce Tuckman described how teams move through stages known as forming, storming, norming, and performing, and adjourning (or mourning).
(I hope this helps)
Nutritious Movement is a whole-body movement program that utilizes Movement Micronutrients, Movement Macronutrients, and habitat (lifestyle) changes to nourish all trillion of your body’s parts.
About Nutritious Movement
It’s clear that no one in our culture moves enough—there’s even a new category of movement alongside “active” and “sedentary” called “actively sedentary” to describe the movers among us, who move on average only 4 percent of the time and spend the rest of their time as sedentary as the couch potatoes.
Because of our time spent sitting, and because of other ways we’ve immobilized ourselves—casted our bodies—with shoes, constrictive clothing, and cultural expectations, our bodies have adapted by becoming stiff and unable to move all of our parts, all of the way. This has created areas in our bodies that are cellularly sedentary even when we are moving.
For instance, we’ve been wearing shoes practically since birth. Shoes with a cushioned sole, limited space for the toes to move, and a heel—even if it’s a short one. And so movements of your toe bones, ankle joints, arch-supporting muscles, and even of your foot-skin don’t happen in the same way had you not always worn shoes. This means that even when your “whole body” is walking, not all of it is actively walking or receiving the right amount of “squish” your cells need to thrive.
Nutritious Movement is a whole-body movement program that utilizes Movement Micronutrients, Movement Macronutrients, and habitat (lifestyle) changes to nourish all trillion of your body’s parts.
About Nutritious Movement
It’s clear that no one in our culture moves enough—there’s even a new category of movement alongside “active” and “sedentary” called “actively sedentary” to describe the movers among us, who move on average only 4 percent of the time and spend the rest of their time as sedentary as the couch potatoes.
Because of our time spent sitting, and because of other ways we’ve immobilized ourselves—casted our bodies—with shoes, constrictive clothing, and cultural expectations, our bodies have adapted by becoming stiff and unable to move all of our parts, all of the way. This has created areas in our bodies that are cellularly sedentary even when we are moving.
For instance, we’ve been wearing shoes practically since birth. Shoes with a cushioned sole, limited space for the toes to move, and a heel—even if it’s a short one. And so movements of your toe bones, ankle joints, arch-supporting muscles, and even of your foot-skin don’t happen in the same way had you not always worn shoes. This means that even when your “whole body” is walking, not all of it is actively walking or receiving the right amount of “squish” your cells need to thrive.
