Blood Testing Collection

Blood sample F006 / 9054
Blood sample and syringe

Blood sample F006 / 9055
Blood sample

Gene expression analysis C016 / 9697
MODEL RELEASED. Gene expression analysis. Researcher removing a microarray from a fluidics station. This machine is used to wash and stain a DNA (deoxyribonucleic acid)

Gene expression analysis C016 / 9698
MODEL RELEASED. Gene expression analysis. Researcher removing a microarray from a fluidics station. This machine is used to wash and stain a DNA (deoxyribonucleic acid)

Gene expression analysis C016 / 9699
MODEL RELEASED. Gene expression analysis. Researcher removing a microarray from a fluidics station. This machine is used to wash and stain a DNA (deoxyribonucleic acid)

Blood group A. Computer artwork of red blood cells (erythrocytes) in the shape of the letter A. This represents blood group A

Blood analysis. Doctor using a light microscope to analyse a sample of blood. Blood disorders that can be diagnosed this way include malaria. Photographed the Gulu region of Uganda

Researcher using multichannel pipette, ELISA test

Blood groups. Computer artwork of red blood cells (erythrocytes) and the letters A, B, AB and O. This represents the four different blood groups

Blood group AB. Computer artwork of red blood cells (erythrocytes) in the shape of the letters A and B. This represents blood group AB

ELISA blood test for antibodies to disease
Blood test. Multi-pipette puts blood samples into a multi-well sample tray during an Enzyme-Linked ImmunoSorbent Assay (ELISA)

Blood test results. Medical technician examining the printed results from a blood test. The blood sample has been analysed by this automated machine

Blood group O. Computer artwork of red blood cells (erythrocytes) in the shape of the letter O. This represents blood group O

Blood sample testing. Medical technician preparing blood samples for a chemiluminescence immunity test. This test uses fluorescent antibodies to bind to antigens in the blood

Blood group B. Computer artwork of red blood cells (erythrocytes) in the shape of the letter B. This represents blood group B

Stem cell blood analysis
MODEL RELEASED. Stem cell blood analysis. Technician using a flow cytometer to examine a sample of blood stem cells. The cells have been tagged with a fluorescent antibody to a surface protein (CD 34)

Blood test. Drop of blood on a watchglass. Beneath the watchglass is a blood test result sheet

Blood analysis, conceptual artwork
Blood testing, conceptual artwork. A syringe is used to take a sample of blood for testing. At upper left are the levels of some blood cells in the tested blood

Blood testing
Blood analysis. Gloved hand with multi-well plates containing blood for analysis. Blood can be analysed to check for the presence or absence of antigens, allergens, drugs or pathogenic organisms

AIDS blood testing
MODEL RELEASED. AIDS blood test. Technician holding a multi-well sample tray as he tests blood for HIV. HIV (human immunodeficiency virus) causes AIDS (acquired immune deficiency syndrome)

Blood research. Pool of blood in a petri dish (out of focus)

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Blood testing plays a crucial role in modern healthcare, providing valuable insights into our health and aiding in disease diagnosis and treatment. With blood sample F006 / 9054, F006 / 9055, C016 / 9697, C016 / 9698, and C016 / 9699 at hand, researchers delve deep into gene expression analysis to unravel the mysteries of our genetic makeup. The intricate process involves studying how genes are activated or deactivated within cells to understand their impact on various diseases. As we explore blood group A and AB through meticulous blood analysis techniques like ELISA tests for antibodies to diseases, we gain a deeper understanding of individual immune responses. These tests help identify specific antibodies present in the bloodstream that can indicate past infections or potential risks. In laboratories worldwide, dedicated researchers utilize multichannel pipettes during ELISA tests to ensure accurate measurements while examining samples. Their unwavering commitment drives advancements in medical science by uncovering vital information about disease prevalence and progression. Blood groups hold significant importance as they determine compatibility for transfusions and organ transplants. By comprehensively analyzing these groups alongside other factors such as genetics and antibody presence using ELISA blood tests, healthcare professionals can make informed decisions regarding patient care. The field continues to evolve rapidly with cutting-edge technologies enabling faster results and improved accuracy. This progress empowers medical professionals with invaluable data that aids in diagnosing diseases early on when effective treatments are most viable. In summary, blood testing encompasses an array of techniques ranging from gene expression analysis to determining blood groups through ELISA tests for antibodies against diseases. Through these methods combined with the expertise of dedicated researchers utilizing advanced tools like multichannel pipettes during experiments, we unlock essential knowledge about human health that paves the way for better diagnostics and personalized treatments.