Explain Radial loop–scaffold mechanism

Q: Discuss about sliding-filament

A: Sliding filament theory was put forward by 2 group of workers i.e. A.F. Huxley and ralph…

Q: Describe the features of the Sliding Filament Mechanism?

A: The cardiac muscle tissues and the smooth muscle tissues of the human are involuntary in nature. The…

Q: During muscular contraction, cross-bridges form between _____ and _____ . Multiple Choice   a)…

A: Muscles are all composed of a kind of elastic tissue. Each muscle is made up of thousands, on the…

Q: What is the third step in the sliding filament mechanism?

A: The muscular system is a system of muscles where muscles are connected to bones and also to envelope…

Q: Define Scaffold proteins.

A: Proteins are enormous biomolecules or macromolecules that are contained at least one long chains of…

Q: Explain the term The sliding-filament assayis used to detect myosin-powered movement.

A: The sliding filament theory was developed to understand the process of muscle contraction. When…

Q: Explain the physical relationship between the sarcoplasmicreticulum and the transverse tubules.

A: The body movements such as walking, jogging and talking requires muscle movements. Muscles uses the…

Q: Discuss the benefits and limitations of the MyPlate.

A: My plate are of various sections that give us healthy body

Q: Define a cistron.give example?

A: A genome contains many genes that are made up of DNA. Some genes carry information to make protein…

Q: A sarcomere shortens when______ . a. thick filaments shorten b. thin filaments shorten c. both thick…

A: Skeletal muscles are a special type of muscles made up of contractile tissue. They are a type of…

Q: For relaxation to occur, A. calcium leaves the sarcoplasmic reticulum, and troponin binds calcium…

A: The muscle contraction and relaxation are regulated by the concentration of calcium ions released…

Q: What is the second step in the sliding filament mechanism?

A: The soft tissue-like structure found in the majority of the animals including human beings is known…

Q: Elastic deformation occurs when the stress is large. Is this true or false?

A: Plasticity is defined as the property of a material that keeps it deformed state permanently when…

Q: Distinguish between a synergist, antagonist, and fixator. Explain how each of these may affect the…

A: The role of the muscle is to produce the movement smooth and effective.

Q: Explain myosin regulatory lightchain

A: When a cell is destined for division, first its nuclear content would be shared between cells. It…

Q: Compare the characteristics of skeletal and smoothmuscle cell contractions.

A: Ans: Skeletal muscle: The skeletal muscle is the form of striated muscle tissue and is one of the…

Q: Define appositional growth

A: Appositional growth is the increase in diameter of the bones by addition of the bone tissue at the…

Q: What is the difference between a contig and a scaffold?

A: The difference between a contig and a scaffold is given below.

Q: Explain radial loop–scaffold model

A: Mitotic chromosomes are essential structures for the transmission of duplicated genomic…

Q: Define the Myopia Problem and Discuss 2 solutions to the myopia problem?

A: Myopia - Commonly referred to as short sightedness . In myopia a person can see the near objects…

Q: Define protuberance

A: Bone is discovered uniquely in vertebrates, and, among present day vertebrates, it is discovered…

Q: Describe the structure and the role of the Sliding-Filament Mechanism?

A: The muscular system is a system of muscles where muscles are connected to bones and also to envelope…

Q: How does the cross-bridge result in thin filaments sliding over thick for contraction? Use key…

A: As Cross-bridge is formed myosin head is locked tightly on to an actin filament. Binding of ATP to…

Q: According to the sliding filament theory: a. The tension increases linearly as actin-myosin overlap…

A: Introduction : The sliding filament theory states that the myosin filaments which are thick…

Q: is scaffold prepared

A: Scaffolds are materials that are built to cause fascinating cellular interactions to contribute to…

Q: Discuss lift nets.

A: Lift nets are also known as lever nets. This is a method of fishing by using nets to capture fishes.…

Q: How many strutures are found in an animal call

A: Animal cells can range in size from a few millimetres to a few centimetres. The ostrich egg is the…

Q: When ADP and Pi are bound to myosin in the cross-bridge cycle... (MULTIPLE SELECT) A. There is no…

A: The cross-bridge cycle of muscle contraction is the process in which the actin filament and myosin…

Q: In grasping the load, how does the movement of the human hand compare with that of the myoelectric…

A: The myoelectric regulated prosthesis is an artificial limb that is controlled by electrical impulses…

Q: Define a motor unit and explain how utlization of motor units is the same or different for moving a…

A: The nervous system consists of the central nervous system and peripheral nervous system. The brain…

Q: What is the myoelastic aerodynamic theory?

A: The myoelastic- aerodynamic theory of voice production holds that vocal fold oscillation is…

Q: Explain the sliding filament mechanism

A: During skeletal muscle contraction, a motor neuron stimulates the skeletal muscle fibers. The…

Q: Describes an activity to demonstrate endosmosis and. Exosmosis.

A: When a cell is placed in a hypotonic solution the water move inside a cell and swells. This movement…

Q: What does radial loop-scaffold accomplish?

A: Introduction: Eukaryotic DNA is condensed to the following stages: Metaphase chromosome that is…

Q: 27-28. A. Metacentric B. Submetacentric C. Acrocentric D. Telocentric

A: Hi! Thank you for the question. As per the honour code, we are allowed to answer one question at a…

Q: What are the steps of the sliding filament model? Select all that apply. Sarcomeres are in a relaxed…

A: Following are the steps of contraction of the disease 1. Release of neurotransmitter at motor…

Q: ce: 63. Sección Largest 64. 65. 66. 67. Smallest A. Calcium В. Мyofibril . Myofilament ||||

A: Skeletal, smooth, and cardiac muscles is usually define as the way the they are supposed to make up…

Q: What naturally occurring substance shares the properties of an elastic fibre

A: Elastic fibers (or yellow fibers) are an essential component of the extracellular matrix composed of…

Q: Another term commonly used to describe hypervariable loops is Select one: a. signal joint. O b.…

A: An antibody has two broad regions: variable region and constant region. The variable region is…

Q: Describe the structure of a neuromuscular junction, orsynapse.

A: Introduction  Neuron: A neuron is a single nerve cell which consists of central cell body, terminal…

Q: plain the differences between dynamic and static stretching.  Gi

A: Dynamic and static stretching are play important role in fitness, there are optimal times to use…

Q: Describe wrist and finger in full extension. Provide a biomechanical and physiological explanation…

A:

Q: Explain the concept of the following in regard to muscle cells: sliding filament movement does not…

A: The mechanism of muscle contraction was explained by sliding filament theory. In this theory it is…

Q: Which molecules regulate cross-bridge attachment activity? O a. tropomyosin and M lines O b. calcium…

A: The Muscular System is a vital physiological system that humans require in order to exist. This…

Q: For Total knee prothesis, Titanium,Aluminimum, vanadium and NE how are this material suitable for…

A: When a person has an injured or deteriorated bone or joint, but it is beyond repair by using the…

Muscle Action

A change in the body or a bodily organ as a result of its functioning is referred to as an action. Muscle action can be defined as the specific movement of a bodily part generated by the contraction of a muscle. The muscle proteins actin and myosin are the important contractile proteins involved in muscle action. Muscle contraction, in addition to movement, serves several other important functions in the body, including posture, heat generation, and joint stability. Muscle contraction maintains posture, which includes standing and sitting.