Dual Detection Of Dna And Latent Fingermarks

There are many different types of cells in the human body. These cells would not be able to function on their own, they are all part of a large organism that is called - you.

There are many parts of a cell, they all have specific duties, and are all

Analyze the anatomical structure of ten different organelles in the cell and their respective functions.

The goal of this experiment is to determine the blood types of the samples given and to learn what interactions occurred to each blood type. Determining an individual’s blood type and how it reacts with Anti A, Anti-B, and Anti Rh serums played a crucial part in this experiment. The researcher concluded that agglutination (clumping) occurred in some of the blood samples. For example, Mr. Smith’s blood reacted with Anti-A and Anti-Rh serums (antibodies) allowing the researcher to determine the blood type is A. Mr. Jones’s blood reacted with Anti-B serum but it did not react to Anti-A or Anti Rh allowing the researcher to believe that the blood type is B. Mr. Green’s blood reacted with all serums and caused a reaction to occur resulting the blood type to be AB positive. Mr. Green’s blood also had a positive marker for Rh factor. However, Ms. Brown’s blood had no reaction at all and the researcher determined if no reaction occurred then the sample had no antigens but proved to have some antibodies, resulting in blood type to be O. The purpose of this experiment is to determine whose blood has type A, B, AB, or O.

To explain the ABO and Rh blood groups and to identify the universal donor and the universal acceptor (recipient).

The human body is made up of 100 trillion cells. All cells have the same basic structure (see figure 1) however some cells are specialised to suit a specific purpose. An example of this is the pancreatic beta cells found in the islets of Langerhans. These cells are specialised to synthesise the protein insulin that is involved in the metabolism of glucose in the cells. (Layden, 2010)

The human body is made up of millions of tiny cells that can only be seen under a microscope, cell also vary in shape and size. Cells are the basic structural of all living things. The human body is poised of trillions of cells. They give structure for the body, take in nutrients from food, convert those nutrients into energy, and carry out specialized functions. Cells also contain the body’s hereditary material and can make copies of them. Cells all have different sizes, shapes, and jobs to do. Each cell has a different function. The actual definition of cells is the smallest structural unit of the body that is capable of

5. Based on what you have learned about cell structure, predict how a cell from this disorder would look like under the microscope.

Determination of an individual’s blood type is use for forensic, paternity, blood donations and clinical purposes. ABO typing

A cell organelle is a membrane bound compartment inside all eukaryotic cells that function in a variety of important cellular processes. Organelles include the nucleus, endoplasmic reticulum, golgi apparatus, and the mitochondria. It is important to know information about organelles because they provide understanding of how the body functions everyday. In this experiment, cells are broken up and the cellular components are separated on the basis of size, mass, and density using a variety of centrifugation techniques (Lodish). Cell components of different densities, cell fractions, are isolated and analyzed to find the organelle’s function within the cell.

The body has about a million or more cells. Cells are really small smaller than fleas. You can not see them anywhere only with a microscope. Cells are the building blocks of life. Different kind of cells come together to form the tissues and organs of the body.

Cells are some of the smallest organisms around. All living things consist of cells, and yet they are invisible to the naked eye. Cells are the basic structural and functional units of life. Cells are made up of many different parts which allow them to function properly.

In order for cells and organisms to “live” they need to perform certain tasks such as produce energy through respiration, send messages, maintenance and reproduction. To enable the cell to do so, it contains within small structures called organelles, each organelle is different and carries out a specific function.

The organelles that have been put into Aqua man from the human cell are Nucleus, Nucleolus, Ribosome, Mitochondria, Rough Endoplasmic Reticulum, Smooth Endoplasmic Reticulum, Cytoplasm, Lysosome, and Cell Membrane. Each of these have their own function and are part of different sections of the cell. The Nucleus is Master control of the cell. It contains genes, collections of DNA, which determines every aspect of human anatomy and physiology. This

Blood grouping involves the use of ABO system as described by Karl Landsteiner. The grouping came into existence in the year 1900 after discovery by Nobel Prize winner Karl Landsteiner. He first discovered three blood types A, B, and O, but after two years he discovered the fourth blood group AB. This discovery led to four major types of blood that includes A, AB, B and O. The grouping depends on the presence of two chief antigens and antibodies. The two antigens responsible for blood grouping include A and B while the antibodies include anti-A and anti-B. The combination of the two antigens and antibodies thus determines the blood types. The blood type A has antigen A and antibody anti-B. The blood group B express Antigen B and antibody anti-A (Reid and Lomas, 2004). Blood group O express no antigen but possess antibodies