Excitability, contractibility, extensibility, and elasticity
First, muscle cells have a lot of mitochondria to go through cellular respiration as to produce a lot of energy for moving the body. They usually give off a lot of C02 because they use so much oxygen in respiration.
Muscle tissue consists of muscle cells, or muscle fibers. In the skeletal muscle tissues they are arranged in parallel rows, and each contain many myofibrils, which are like long cords all bunched together. These cords, themselves, are made up of short sections called sarcomeres that contain contractile myofilaments called actin and myosin. When a muscle cell gets an impulse to contract, called an action potential, all the sarcomere sections shorten by sliding the thinner actin along the thicker myosin filaments.This is referred to as the Sliding Filament Theory, first proposed by Hugh Huxley in the 1960's.
1.Skeletal Muscle- Voluntary striated (lined/ridged) connective tissue with a primary function of contraction. Provides motion and movement. Repairs easily.
2.Cardiac Muscle- Part of the Cardiovascular System enabling the Heart to rhythmically beat. Very strong.
3.Smooth Muscle- Involuntary. Bladder, Stomach, Intestinal Tract and Blood Vessels all have smooth muscle fibres. These are more elastic and therefore can normally stretch and contract back to original size without loosing strength.
contraction and relaxation of voluntary movement to organ
1- electrical excitability
2- contractility
3- extensibility
4- elasticity
Muscle tissue has many properties allowing it to carry out its primary functions. Some of these properties are contractility, extensibility, elasticity, excitability, and thermal ability.
Ability to contract
muscle?
Excitability, contractibility, extensibility, and elasticity
Relating to the electrical properties of muscle tissue
skeletal muscle tissue,cardiac muscle tissue smooth muscle tissue
Muscle tissue is deep to epidermal tissue. Epidermal tissue is superficial to muscle tissue.
Muscle tissue produces movement.
Shape varies with:- electrodes used- location with respect to muscle fiber- electromechanical properties of muscle & connective tissue- recording equipment
Shape varies with:- electrodes used- location with respect to muscle fiber- electromechanical properties of muscle & connective tissue- recording equipment
the answer is the muscle tissue ! i got the same packet haha
All types of Muscle tissue contract... This includes Skeletal and Smooth muscle tissue.
The esophagus is made up of tissue is stratisfied squamous and cuboidal. The cuboidal tissue is in cubes, the width is the same as the height. The trachea has tissue made up of Pseudostrasified epithelia cells and is columnar, higher in height than width
Muscle Tissue