the movement of ions across a cell membrane.
Let's take something obvious. Where would a crowd of persons move faster? Where there is absolutely nothing to prevent their passage or where there is an open gate? The same thing applies to the movement of ions. Movement of ions through ion channels is a slower process because (with a more scientific approach!) their movement is determined by the number of these ion channels whereas for diffusion, there is absolutely nothing to prevent the passage of the molecules.
Yes. When an atom loses electrons, it becomes a positively charged ion called a cation. When an atom gains electrons, it becomes a negatively charged ion called an anion.
When you walk, there is plantar-flex-ion. So main function of foot is walking. So for planter-flex-ion you need more movement and power to lift the body weight. Power is provided by powerful muscles, those are Gastrocnemius and Sole-us muscles. (Calf muscles.) For Dorsiflexion you do not require much range of movement and power to lift a small body part, that is foot itself only.
The protein says nah son free pie because the hydrogen meets the the ATP (yolo)
ion channels within the membrane
sodium
ai don nou mai
the movement of ions across a cell membrane.
They were. With the swing movement, but not so much recently.
Let's take something obvious. Where would a crowd of persons move faster? Where there is absolutely nothing to prevent their passage or where there is an open gate? The same thing applies to the movement of ions. Movement of ions through ion channels is a slower process because (with a more scientific approach!) their movement is determined by the number of these ion channels whereas for diffusion, there is absolutely nothing to prevent the passage of the molecules.
http://wiki.answers.com/wiki.phtml?title=This_basic_movement_in_the_technique_of_Martha_Graham_in_based_on_inhalation_and_exhalation._Which_movement_is_this&action=edit§ion=newContraction
inward movement of sodium will increase and the membrane will depolarize.
Inward movement of sodium ions will increase and the membrane will depolarize
Yes. When an atom loses electrons, it becomes a positively charged ion called a cation. When an atom gains electrons, it becomes a negatively charged ion called an anion.
Head can make almost all types of movements like flex-ion,extension,side to side rotation, side to side flex-ion and circumduction.( Except adduction and abduction.)
When you walk, there is plantar-flex-ion. So main function of foot is walking. So for planter-flex-ion you need more movement and power to lift the body weight. Power is provided by powerful muscles, those are Gastrocnemius and Sole-us muscles. (Calf muscles.) For Dorsiflexion you do not require much range of movement and power to lift a small body part, that is foot itself only.