Q: Discuss special techniques used in tissue processing
A: Tissues are the network of specialized cells that compile to form organs in the body. Tissue…
Q: Animal cells with the same structure and function are grouped together to form tissues. With these…
A: Cells are the smallest, structural and functional unit of an organism and Tissues are the distinct…
Q: As fish is cooked, the tissue changes from a soft consistency to a firm one. A similar change takes…
A: Some preservation techniques that can be used to overcome this spoilage are:- 1) Physical…
Q: Imagine that you are designing a scaffold for cartilage tissue engineering? Describe the…
A: Many materials have been studied for cartilage tissue engineering, including natural and synthetic…
Q: Which of the following is/are expected challenges in the field of tissue engineering? Creating…
A: Tissue engineering, also referred to as as regenerative medicine refers back to the tries made for…
Q: Enumerate the steps and discuss the tissue processing in conventional and automated way. Discuss the…
A: Tissues are made up of huge groupings of cells that work together to accomplish a common function.…
Q: What is the difference between unstable cells and fully specialized cells in this regard?
A: The body's cells undergoes cell regeneration and repair constantly. Regeneration is the complete…
Q: In what ways do tissue engineer me apply engineering principles as they seek to develop a functional…
A: Cells are the structure squares of tissue, and tissues are the fundamental unit of capacity in the…
Q: ow to do you tell apart simple columnar epithelia tissue vs pseudo stratified columnar tissue?
A: The epithelial tissues are basically enormous sheets of cells covering every one of the surfaces of…
Q: INTRODUCTION LABORATORY SIMULATION Labels PHASE 2: Identify st types of s tissue Apical surface…
A: Epithelium is the type of body tissue that forma the covering on all internal and external surfaces…
Q: What are the differences between the two types of tissue repair?
A: Tissues are the group of cells that are specialized to perform some common functions.
Q: Tissue engineering question Please give a brief and clear answer with your own words. Question:…
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Q: How is contrast developed between different tissue layers such as bones, muscles etc. in X ray…
A: X-rays are electromagnetic radiations that are used in the medical field to generate images of…
Q: What is the purpose of requiring such size and thickness for tissues processing?
A: The speed with which the chemicals permeate the sample is determined by the tissue size and type.…
Q: What are the impacts of under-fixed and over-fixed tissues to tissue processing?
A: Tissue processing is a part of all biological experiments including microscopy.
Q: What is the structure of nervous tissue?
A: The nervous system consists of nervous tissues. Neurons, also known as nerve cells are the…
Q: In order to ensure good collagenization, which of the following is true during the proliferation…
A: Introduction:- Wound healing is the process of replacing dead or injured tissue by granulation…
Q: What type and function of tissue is pointed in the above image? what organ where these tissues can…
A: The microscopic slide shows here is cross section of leaf. Stomata and other plant cells are…
Q: How can you tell dense regular connective tissue and smooth muscle tissue apart under the microscope
A: Introduction A group of cells organized together to perform a specific function is called a tissue.…
Q: tissue
A: Nervous tissue, also known as neural tissue is a vital tissue in brain that controls all day to day…
Q: Which cell-cell connections are important for epithelial mechanical strength? How do they give…
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Q: In a cycling accident, Patient A suffered a full-thickness wound, with an area of about 7cm x 3cm,…
A: when a person get injured.then it is given an injection of tetanus in order to prevent…
Q: What is the functional significance of the arrangement of collagen fibers in the dense regular and…
A: Arrangement of collagen fibres have different in both situations and have different functions.
Q: Name three types of protein fibers found in connective tissue.
A: Answer: Introduction: Connective tissue is the cluster of tissues in the body which regulate the…
Q: a. Very shortly describe the role of epithelial tissue plays when we walk. b. very shortly describe…
A: Epithelial tissue is widespread throughout the body. It forms the covering of all the body surfaces,…
Q: What are the post-examination factors in tissue processing?
A: In the histopathology lab, we perform tissue processing. The tissue is examined for the presence or…
Q: Tissue engineering combines living cells with synthetic materials to create functional substitutes…
A: Tissue engineering is a process that uses a combination of cells, engineering methods, and…
Q: Math A-G as the following: -Collagen fibers -Dense regular connective tissue -Areolar connective…
A: Cells of animal body that are similar in origin, structure and function are organised to form…
Q: Explain how variations in extracellular fluid make connective tissue so diverse. Provide examples.
A: Connective Tissue is a type of tissue which is found in abundance in animals which performs the main…
Q: What is the difference between fibrosis and regeneration?
A: Animal physiology is the systematic study of the supporting features, roles, and processes of…
Q: Which of the following characteristics does not apply to skeletal muscle tissue? a. striated…
A: Skeletal muscle tissues are those that are closely attached to skeletal bones. A typical example of…
Q: Name four kinds of solutions that can cause tissue to detach from slides in tissue sectioning?
A: Tissue detachment Insufficient fixation or the tissues which are not fixed tend to come off slides…
Q: What is the significance of clearing in tissue processing?
A: Tissue processing - Fixation Dehydration Clearing Wax infiltration Embedding
Q: FIBROCARTILAGE CONNECTIVE TISSUE What is the main cell type in this tissue?…
A: Fibrocartilage is a transitional tissue and can be used as a combination of hyaline cartilage and…
Q: Tissue engineering combines living cells with synthetic materials to create functional substitutes…
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Q: Briefly describe the role of 3D printing in tissue engineering. Also describe its working principle.
A: The 3D printing plays a key role in the tissue engineering. The main goal of 3D printing is to…
Q: Under certain abnormal conditions, one type of epithelial tissue may undergo transformation into…
A: Epithelial cells are affected by metaplasia. An epithelium is a biological covering that covers the…
Q: As fish is cooked, the tissue changes from a soft consistency to a firm one. A similar change takes…
A: The conversion or transformation of raw food items into another form that is suitable for…
Q: What are the most common sources of errors that may prevent the formation of an ideal tissue block?
A: Tissue block is the section of part of organ tissue, which is extracted while surgery or taking…
Q: DESCRIBE THE STATUS OF TISSUE ENGINEERING AND STEM CELL THERAPHY IN THE PHILIPPINES.
A: In the United States, the stem cell therapy is yet years away from approval.
Q: What is the importance of porosity in tissue engineering scaffolds? Describe 2 different methods for…
A: Three-dimensional (3D) scaffolds are extensively used in tissue engineering applications to provide…
Q: How do we know that collagen is required for tissue integrity?
A: Proteins are large, complex molecules that perform numerous important functions in the human body.…
Q: Discuss special techniques in tissue processing
A: Tissues are the network of specialized cells that compile to form organs in the body. Tissue…
Q: How do you calculate the cell size of connective tissue under a microscope? How do you determine a…
A: There are various kinds of tissues present in the body of every organism, one of the types of these…
Q: Define tissue engineering and compare/contrast it with tissue regeneration.
A: In biology, regeneration is the process of renewal and restoration that makes genomes, cells,…
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- New treatments for several conditions are being developed using stem cells in medical waste, such as biopsy material, teeth, menstrual blood, umbilical cords, and fatty tissue removed in liposuction. For example, fat samples from injured horses are used to grow stem cells to treat tendon injuries. Explain how the two defining characteristics of stem cells enable them to be used to replace damaged or diseased tissue, so that the new tissue functions as opposed to forming a scar.B. TYPICAL PLANT LEAF CELL (Western Pond Weed): Pond weed is a great plant for studying plant cells, because the leaves are only two cells thick and it is easy to make mounts and view the cells under the microscope. Use the "close the book" method to make a wet slide of one pond weed leaf. The instructor will demonstrate the procedure. Place the slide on a compound scope and use the "stair- step" procedure to focus on a few cells of the leaf at high power. You should definitely be able to see cell walls and chloroplasts. Rarely, you may see a nucleus. In some of the cells, you may notice that the chloroplasts are moving. They seem to cycle around the center of the cell. This is called cyclosis, and is caused by the cytoplasm streaming around the vacuole carrying some organelles with it. Draw and label ONE cell on the provided drawing area of the next page and label using the labels below: CELL WALL, CHLOROPLASTS, VACUOLE, NUCLEUS (if visible) CPID 810186 10Cancer stem cells (CSCs) are cancer cells (found within tumors or hematological cancers) that possess characteristics associated with normal stem cells, specifically the ability to give rise to all cell types found in a particular cancer sample. There are many biomedical engineering based approaches to detect CSCs. Question: What kind of systems have been developed to detect CSCs? Describe by giving examples. Please explain in detail the main findings with your own words.
- Cancer stem cells (CSCs) are cancer cells (found within tumors or hematological cancers) that possess characteristics associated with normal stem cells, specifically the ability to give rise to all cell types found in a particular cancer sample. There are many biomedical engineering based approaches to detect CSCs. Question: What is the importance and advanatge of detecting CSCs? Please explain in detail the main findings with your own words.A 3D scaffold used for tissue engineering applications need to be able to have high density Odegrade fast provide mechanical support facilitate processes that are critical in tissue repair or regenerationCancer stem cells (CSCs) are cancer cells (found within tumors or hematological cancers) that possess characteristics associated with normal stem cells, specifically the ability to give rise to all cell types found in a particular cancer sample. There are many biomedical engineering based approaches to detect CSCs. Question: What kind of systems have been developed to detect CSCs? Describe by giving examples. Please explain with a few examples.
- Cancer stem cells (CSCs) are cancer cells (found within tumors or hematological cancers) that possess characteristics associated with normal stem cells, specifically the ability to give rise to all cell types found in a particular cancer sample. There are many biomedical engineering based approaches to detect CSCs. Question: What kind of systems have been developed to detect CSCs? Describe by giving examples. Thank you.KINDLY ANSWER MY QUESTION BELOW: Situation: Tissue engineering combines living cells with synthetic materials to create functional substitutes for human tissues. What components would you use to engineer a replacement for (a) facial skin, (b) bone, and (c) cardiac muscle? Please include a sketch/diagram for each of your engineered tissues, and under each diagram, provide a brief description of your engineered tissue.What is the status of tissue engineering and stem cell reseaech in the Philippines. In not more than 2 two paragraphs, DESCRIBE THE STATUS OF TISSUE ENGINEERING AND STEM CELL THERAPHY IN THE PHILIPPINES.
- Please explain what is an optical section image. For the imaging techniques discussed in class, please name two techniques that are used to create optical section images in thick living tissues? Please explain the basics of how each of these two techniques creates optical sectioning.In the context of cell biology, what do we mean by form follows function? What are a least two examples of this concept?Cell structure and tissue organization is mainly determined by the arrangements of the three cytoskeletal elements. Briefly describe (with the aid of diagrams) the structural arrangements and functions of the three cytoskeletal elements in the following cells. a . a dividing cell b. a moving cell c. a nerve cell asap please.
