photo: Creative Commons / PatríciaR
Constituents of human blood
photo: WN / Rubielyn Bunag
Blood Extraction - Blood - Patient - Red Blood Cell
photo: WN / Rubielyn Bunag
Blood Extraction - Blood - Patient - Red Blood Cell
photo: US Government /
Agarplate red blood cells
photo: Public Domain / Fir0002
Agarplate redbloodcells edit
photo: GFDL / Bobjgalindo
Blood celles
photo: Creative Commons / Bobjgalindo
Toxic granulation in two white blood cells, bone marrow aspiration.
photo: AP / M. Spencer Green
A technician at Northfield Laboratories holds two IV bags filled with PolyHeme blood substitute next to outdated Red Cross blood Friday, Feb. 13, 2004 in Evanston, Ill. PolyHeme, which lasts longer than blood, is made at Northfield by extracting oxygen-carrying hemoglobin from the red blood cells of outdated human
photo: US Navy / Journalist Seaman Apprentice Mike Leporati
Hospital Corpsman Megan Beach, checks the flow of blood through a cell saver, during training for an antilogous blood transfusion.
photo: Creative Commons
Blood smear from a P. falciparum culture (K1 strain). Several red blood cells have ring stages inside them. Close to the center there is a schizont and on the left a trophozoite. Since Charles Laverna first visualized the malaria parasite in blood in 1880,[38] the mainstay of malaria diagnosis has been the microscopic examination of blood.
photo: U.S. Air Force
A closer look
photo: US DoD
US Army (USA) Sergeant (SGT) Michele Hills, a Laboratory Technician assigned to the 31st Combat Support Hospital (CSH), uses a microscope to examine a blood smear for any abnormal blood cells, inside the Ibn Sina Army Hospital, located in the Internationa
photo: public domain / Susan Arnold
Macs killing cancer cell.jpg/ntf1
photo: US Navy / Journalist Seaman Apprentice Mike Leporati
Lt. Angela Banks draws blood from a mannequin during training for antilogous blood transfusion with a cell saver in one of the 12 operating rooms aboard Military Sealift Command (MSC) hospital ship USNS Mercy (T-AH 19).
photo: Creative Commons / Patrick.lynch
Bronchial anatomy
photo: Public Domain /
Blood Donation /wam2
photo: US Navy / Candice Villarreal
A registered nurse uses an ultrasound device to locate a vein in the arm of Ship's Serviceman Seaman Brittany Barr before a blood stem cell donation at Scripps Green Hospital.
photo: Army / SPC JOEL C. MILLER
Korea, FOAL EAGLE `98KOREA CD
photo: WN / Aruna Mirasdar
father and his daughter - parenting
photo: Creative Commons / Nephron
Micrograph of a Kaposi's sarcoma showing the characteristic spindle cells, high vascularity and intracellular hyaline globs. H&E; stain.
photo: Xinhua photo
Stem cell donor in Beijing Kxinhua2u
photo: AP / Christof Stache
Doctoral candidate Simone Kaiser holds test tubes with HIV infected blood that has separated into white and red blood cells, Monday Feb. 16, 2004 at the HIV laboratory at the Hamburg, northern Germany, University Hospital. Scientists on Monday launched the country's first test of an HIV vaccine, a yearlong program that will involve up to 50 volunteers and is backed by the New York-based International AIDS Vaccine Ini
photo: US Navy / Photographer's Mate Airman Jessica Davis
Hospital Corpsman 2nd Class Carlos Augilar, of Baja, Calif., examines blood cells under a microscope in the Medical Department aboard USS George Washington (CVN 73).
photo: U.S. Air Force
A closer look
photo: U.S. Air Force
A closer look
photo: US Navy / Photographer's Mate 1st Class Christopher Shimana
Hospital Corpsman 2nd Class Barrington Hamilton from Santa Monica, Calif., uses a 40x powered microscope to inspect blood cell morphology .
photo: Creative Commons
Diagram illustrating arm anatomy
photo: Public Domain
Bone Marrow
photo: Creative Commons
Conventional breeding was used to produce P20 blue tomatoes
photo: Creative Commons / Xenochria
Bruising three days after donation
![Blood smear from a P. falciparum culture (K1 strain). Several red blood cells have ring stages inside them. Close to the center there is a schizont and on the left a trophozoite. Since Charles Laverna first visualized the malaria parasite in blood in 1880,[38] the mainstay of malaria diagnosis has been the microscopic examination of blood.](http://web.archive.org./web/20110903205909im_/http://cdn3.wn.com/pd/6e/1b/c843d2eaee0c513991a0d7c9d48e_grande.jpg "Blood smear from a P. falciparum culture (K1 strain). Several red blood cells have ring stages inside them. Close to the center there is a schizont and on the left a trophozoite. Since Charles Laverna first visualized the malaria parasite in blood in 1880,[38] the mainstay of malaria diagnosis has been the microscopic examination of blood.")
![Blood smear from a P. falciparum culture (K1 strain). Several red blood cells have ring stages inside them. Close to the center there is a schizont and on the left a trophozoite. Since Charles Laverna first visualized the malaria parasite in blood in 1880,[38] the mainstay of malaria diagnosis has been the microscopic examination of blood.](http://web.archive.org./web/20110903205909im_/http://cdn2.wn.com/pd/6e/1b/c843d2eaee0c513991a0d7c9d48e_thumb.jpg "Blood smear from a P. falciparum culture (K1 strain). Several red blood cells have ring stages inside them. Close to the center there is a schizont and on the left a trophozoite. Since Charles Laverna first visualized the malaria parasite in blood in 1880,[38] the mainstay of malaria diagnosis has been the microscopic examination of blood.")
