Diagram and label a sarcomere, including a thick filament, thin filament, A band, H zone, I band, Z disc, and M line.

Q: Diagram and label the anatomic structures of a neuromuscular junction.

A: The nerve tissue is made up of many nerve cells called as neurons. These neurons are the structural…

Q: Define intermediate filaments

A: All eukaryotic organisms cell consists of cytoskeleton , which is a cross cross network of…

Q: Compare the structure and function of actin filaments,intermediate filaments, and microtubules.

A: The intracellular network of protein filaments present in the cytoplasm is referred to as the…

Q: Skeletal muscle cell(key terms: striated, contracting proteins, contractions, nucleus location) One…

A: muscles are the tissues which helps in movement and locomotion . they  contract and relax based on…

Q: ATP within actin subunits is hydrolyzed after assembly into a filament but before disassembly from…

A: During the lifespan of an F-actin filament, most subunits hydrolyze a single molecule of ATP to ADP.

Q: The correct order for the smallest to the largest unit oforganization in muscle tissue is…

A: Muscle tissues represent the soft tissues present in the many animals. Muscle tissues are composed…

Q: n statement is not true about the intermediate filaments? atin filaments present in the muscle cells…

A: Vimentin intermediate filaments are generally present in mesenchymal cells. Vimentin is a major…

Q: What are the role of thin filaments?

A: Muscles contain a good amount of proteins, which are present in the form of actin and myosin. Most…

Q: A thick filament is made up of Select one: a. myosin and regulatory filaments b. actin and…

A: Muscular contraction is caused by the interaction between actin and myosin as they temporarily bind…

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: Compare smooth, skeletal, and cardiac muscle cells.

A: Step 1 Muscle tissue is a tissue of mostly mesodermal origin where the cells, called myocytes, are…

Q: Describe the three types of protein filaments that make up thecytoskeleton.

A: Introduction  Our body is formed of various cells. These large number of cells are arranged in a…

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: Define bilayer curvature.

A: Bilayer Curvature Membranes curvature refers to physical bending of membranes to accommodate various…

Q: Distinguish between Transverse tubules and sarcoplasmic reticulum?

A: Anatomy is the branch of biology that deals with the study of the structure of organisms and their…

Q: Define filament and anther.

A: The plants are the multicellular eukaryotic organism in the kingdom Plantae. It is characterised by…

Q: Describe the process of skeletal muscle contraction, beginning with an action potential in a motor…

A: Skeletal muscles are voluntarily controlled.

Q: Explain what is Filament Structure?

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

Q: A muscle cell contains a single nucleus and does not contain any striations. Which of the following…

A: Muscle is a soft tissue found in most animals. Muscle cells contain protein filaments of actin and…

Q: Describe the advantages of an endoskeleton.

A: Different body parts work in a coordinated manner to maintain optimum body functioning. The muscular…

Q: Define protuberance

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

Q: Describe the structure of Intermediate filaments?

A: To describe: To describe the structure of Intermediate filaments and its functions

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: Describe the structure of a neuromuscular junctionand explain how an action potential is…

A: A neuron, sometimes referred to as a nerve cell, forms the brain's basic working unit or Central…

Q: What are T tubules and the sarcoplasmic reticulum?

A: Tubules are the anatomical structure made up of a minute tubes.

Q: Microfilaments and intermediate filaments are different in that only

A: Microfilaments ,intermediate filaments,microtubules form cytoskeleton of a cell. Microfilaments,…

Q: Compare gap junction to plasmodesmata

A: In animals, cell junctions (also known as intercellular bridges) are multiprotein complexes that…

Q: What are the function of filament,hook and basal body?

A: Introduction  Bacteria contains a special motility organ referred as Flagella (plural), flagellum…

Q: Describe the major classes of filaments which make up the cytoskeleton and the differences in their…

A: Introduction  Some cytoskeletal filaments are dynamic, as evidenced by two phenomena: dynamic…

Q: Differentiate between isovolumetric contraction phase and isovolumetric relaxation phase

A: A cardiac cycle includes all the events within the heart from the start of one heartbeat to the…

Q: Differentiate between endosmosis and exosmosis.

A: Osmosis is the process by which molecules of a solvent tend to pass through a semipermeable membrane…

Q: Write the intracellular and extracellular events of collagen synthesis.

A: Collagen is an essential supportive component of body and and it is made up of protein.

Q: Plasm The c

A: We’ll answer the first question since the exact one wasn’t specified. Please submit a new question…

Q: what is the purpose od the filament.

A: The stamen of a blossom ( flower), whereas the part that produces pollen. It comprises of a slim…

Q: Explain the role of vitamin C in the synthesis of stable collagen

A: The collagen is basically composed of 3 chains which wound together to form a triple helix. The…

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: When ATP binds, what prevents the filaments from sliding back into their original positions?

A: Adenosine triphosphate (ATP)  are energy rich currencies of life that stores and supplies energy to…

Q: Describe the structures of actin filaments and microtubules

A: Biomolecules can be found in a biological system in a wide range of sizes in which each biomolecule…

Q: write about synthesis of collagen and related disorder

A: Collagen is the most abundant protein in the human body found in bones , muscles , skin and tendon…

Q: List the main types of collagen and their tissue location.

A: Collagen is a protein that provides strength and structure to the body . It is present in almost…

Q: Briefly describe how the components of the cytoskeleton filaments get to the right location in the…

A: INTRODUCTION        It is a complex of filaments and tubules that is mainly enlarged all around…

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: Can you match the sacromere anatomy with the proper answer from the list below the table graph?…

A: A typical myofibril have striated appearance due to he presence of light bands  and dark bands. The…

Q: How are the amounts of ATP-actin, ADP-Pi-actin, and ADP-actin in a filament determined?

A: Actin is a highly conserved, abundant, and functionally flexible protein that is found in almost…

Nutrient Growth Medium

It is a culture medium or nutrient broth for all kinds of microorganisms to grow properly and create their colony. This matrix provides support to increase the population of microbes through the method of cell proliferation. It is regarded as the food material for those organisms. It is a type of in vitro mechanism, in which the development of life is processed outside the host body. It can be solid, semi-solid, or liquid in nature. Different kinds of cells develop in different types of media.