Blood Representation Lab

Introduction
In this lab experiment our group was given four different types of synthetic blood samples, along with three types of synthetic anti- A, B, and Rh, to help identify the ABO-Rh blood types. Its purpose of this experiment is to learn about the form and functions of the bloods components, as well as to examine and identify different blood types, as many already do so and apply it to real life events, whether its through forensics, crime scene investigations or at hospitals to help identify ones’ blood type.
Materials and Methods To conduct our lab, we began by gathering our materials needed including four trays with three sections labeled A, B, and C, a dropper, four different samples of synthetic blood, synthetic antigens; anti-A,
The yes/no written on our table is identifying if there was any type of granular, agglutination in its appearance. When agglutination was present on section C of the slide it helped us know that there was a Rh (+) receptor involved. It was very important to check that our slides were clean and not broken, as it occurred to us during our lab and changed our results. Mixing contaminated mixing sticks could have also effected our blood result outcomes, therefore it is very important to watch out for these prone mistakes, and mix the right amount of solution (one drop for each). Through this lab experiment I was able to distinguish better how the Rh receptor works and changes the bloods components. As well as having a better understandment of what type of blood group antigens are found in different blood types, and comprehending how blood testing works and is used in the medical field. It is important to know what antigens and antibodies are involved in a persons’ blood during transfusions, as cross reactions can be life threatening. Overall, this lab experiment expanded my knowledge in its blood components and identification, grasping a better view on how blood type is identified by the presence or absence of antigens in the red blood