Tissue plasminogen activator

In a human body, there are four core classifications of tissues, which are epithelial tissue (plural form epithelium), connective tissue, nervous tissue, and muscle tissue. And each of these tissues has its own unique function in our body that makes us a perfect complement function organism. In the beginning, the simplest structural elements or atoms such as calcium (Ca +2) or sodium (Na +1) involve in the basic unit of living matter. These matters combine to form other matters like the fusion…

responsible for providing instructions to a protein that assists the development and replacement of bone in the human body. What happens, is that the gene mutation that occurs in ACVR 1 alters stem cells ability to differentiate into the specific types of tissues or cells that are needed to repair injuries and replace cells (Kaplan, Nassau, & Shore, 2014). This causes stem cells to express the mutant receptor that only triggers cells that replace cartilage and bone. Therefore, it overproduces…

Task 1 Unit 11 Diagram Task 2 Unit 11 Four main tissue types Epithelial tissues One of the main tissue type are the one that characterize the epithelium .The epithelial tissues are used as cover for the all of our body surface both internal and external .Our epithelium it is formed by cells tissues that are one cell thick which make up the simple epithelium and from cells which are two or more cell thick which make up the stratified epithelium. The Simple Epithelium is made of…

ATryn is used in patients who have congenital antithrombin deficiency (inherited low levels of the protein antithrombin). Antithrombin is a glycoprotein produced by the liver and consists of 432 amino acids that inactivates several enzymes of the coagulation system. It is used when the patients are having surgery, to prevent problems due to the formation of blood clots in the vessels. In the body, antithrombin blocks thrombin, a substance that plays a central role in the process of blood…

specific types of tissues and organs. Without cell differentiation, no organism would be able to survive as cell differentiation is very vital for any living creature as it’s needed to make unique cells…

paleopathology, especially skeletal paleopathology, in many ways, by understanding the skeletal muscles and the causes and effects of diseases including examinations of tissues. Paleopathologists determined that disorders as well as diseases do affect the bones and soft tissues. There are several ways to identify if a bone or soft tissues is affected by a disease simply by the abnormalities of it such as: shape, size, formation, and the absence of bone. ( ) Paleopathologists discovered that…

your systems, your body’s other systems could not help because their cells do not have the ability to do what the other systems cells did (Kinworthy, 5). An example of three systems that are needed for your body to be at optimal health would be the tissues, cardiovascular, and Integumentary systems (Kinworthy, 5). All of the systems work together to keep your body working the most efficient way (Kinworthy, 1).…

Dense connective tissue is part of the connective tissue proper classification which is found in adult connective tissues. Dense connective tissue can be categorized as either dense collagenous connective tissue or dense elastic connective tissue. Dense collagenous connective tissue is found in tendons, ligaments, dermis, and many capsules that surround our organs. The extracellular matrix is mostly made up of collagen fibers and depending on the direction these fibers are running the matrix…

Kim 2 Shape & Structure The pseudostratified columnar epithelium is a special simple columnar cell that appears to be stratified. However, upon closer inspection of the cell, we see that it only has one layer instead of the multiple layers like it's stratified counterpart. The actual shape of the cell itself consists of basal, fusiform, and columnar cells with only the columnar cells reaching the apical(free) surface, this makes it appear stratified due to the other cells (basal & fusiform) not…

types of tissue represented in the chicken lab dissection were connective, muscular, and epithelial tissue. Each of these three tissue are related and serve the body to allow it to function. Both the epithelial and connective tissues provide protection. Epithelial tissues protect exposed and internal surfaces, while connective tissue protects internal organs. Connective and muscular tissue both transport fluids and essential substances throughout the body. Separately, epithelium tissue controls…