Coagulation factors hi-res stock photography and images

Intervention of anticoagulants on the coagulation cascade. Blood vessel with coagulation factors inducing the coagulation cascade to the clot at the b Stock Photo

RM2BHW69J–Intervention of anticoagulants on the coagulation cascade. Blood vessel with coagulation factors inducing the coagulation cascade to the clot at the b

Platelets, also called thrombocytes are a component of blood whose function (along with the coagulation factors) is to stop bleeding by clumping and clotting blood vessel injuries. The ratio of platelets to red blood cells in a healthy adult is 1:10 to 1:20. Stock Photo

RM2BEHBPK–Platelets, also called thrombocytes are a component of blood whose function (along with the coagulation factors) is to stop bleeding by clumping and clotting blood vessel injuries. The ratio of platelets to red blood cells in a healthy adult is 1:10 to 1:20.

Vitamin K1. Molecular model of phylloquinone (C31.H46.O2), also known as vitamin K1 and phytonadione. This vitamin acts as a cofactor in the formation of coagulation factors by the liver. Atoms are represented as spheres and are colour-coded: carbon (grey), hydrogen (white) and oxygen (red). Illustration. Stock Photo

RFHACPM2–Vitamin K1. Molecular model of phylloquinone (C31.H46.O2), also known as vitamin K1 and phytonadione. This vitamin acts as a cofactor in the formation of coagulation factors by the liver. Atoms are represented as spheres and are colour-coded: carbon (grey), hydrogen (white) and oxygen (red). Illustration.

3D image of Phytomenadione skeletal formula - molecular chemical structure of vitamin K1 isolated on white background Stock Photo

RF2M20RRA–3D image of Phytomenadione skeletal formula - molecular chemical structure of vitamin K1 isolated on white background

Medical illustration of the process of blood coagulation. Stock Vector

RF2AYWHTH–Medical illustration of the process of blood coagulation.

hemophilia. Haemophilia (Coagulation disorder) and healthy blood vessel after bleeding. Blood vessel with Normal clotting and Inability to form clot Stock Vector

RF2DHXY2T–hemophilia. Haemophilia (Coagulation disorder) and healthy blood vessel after bleeding. Blood vessel with Normal clotting and Inability to form clot

Cup with tubes for taking blood Stock Photo

RF2G8RPWE–Cup with tubes for taking blood

Human liver. 3d anatomical illustration. Contains clipping path Stock Photo

RFHT0E78–Human liver. 3d anatomical illustration. Contains clipping path

RF2GX73CX–Internal liver

Human Liver in Digestive System, Vector Illustration Stock Vector

RF2WW4WHC–Human Liver in Digestive System, Vector Illustration

Human liver. 3d anatomical illustration. Clipping path Stock Photo

RF2K2K52E–Human liver. 3d anatomical illustration. Clipping path

RFGKTE4M–Human liver thin line icon

RF2K973JF–3D image of Phytomenadione skeletal formula - molecular chemical structure of vitamin K1 isolated on white background

RFGKEYCC–Human liver thin line icon

Human liver iolated. Internal organ icons sketch Stock Vector

RFHN8HRP–Human liver iolated. Internal organ icons sketch

blood, plasma, coagulation, injury, blood, damage, damages, detriments, plasma, Stock Vector

RFJEWTF8–blood, plasma, coagulation, injury, blood, damage, damages, detriments, plasma,

Human liver structure. Human internal organ icons set Stock Vector

RFHN8HRW–Human liver structure. Human internal organ icons set

Automatic coagulometer analyzer for monitoring hemostasis Stock Photo

RF2YTXHPE–Automatic coagulometer analyzer for monitoring hemostasis

Human Liver Cartoon, Vector Illustration Stock Vector

RF2WWYRAC–Human Liver Cartoon, Vector Illustration

RM2BHW6A9–Intervention of anticoagulants on the coagulation cascade. Blood vessel with coagulation factors inducing the coagulation cascade to the clot at the b

Implantable sensors for monitoring blood coagulation: Devices that measure clotting factors in the blood, aiding in the management of bleeding disorde Stock Photo

RF2RNNHW3–Implantable sensors for monitoring blood coagulation: Devices that measure clotting factors in the blood, aiding in the management of bleeding disorde

RFHACNTK–Vitamin K1. Molecular model of phylloquinone (C31.H46.O2), also known as vitamin K1 and phytonadione. This vitamin acts as a cofactor in the formation of coagulation factors by the liver. Atoms are represented as spheres and are colour-coded: carbon (grey), hydrogen (white) and oxygen (red). Illustration.

RM2AJ9XH7–Avc

RF2AYWHDE–Medical illustration of the process of blood coagulation.

Researcher starts coagulometer, device is designed to determine blood clotting Stock Photo

RF2P12M61–Researcher starts coagulometer, device is designed to determine blood clotting

Extrinsic and intrinsic in balance. A metaphor showing Extrinsic in equilibrium with Intrinsic, symbolizing a desired harmony between them. Stability. Stock Photo

RF2XFAPJ2–Extrinsic and intrinsic in balance. A metaphor showing Extrinsic in equilibrium with Intrinsic, symbolizing a desired harmony between them. Stability.

RFJMA2KX–Liver icon. Human anatomy web buttons set.

Sketch Ink Human liver, hand drawn seamless Pattern Background, Engraved Anatomical illustration. Vector Stock Vector

RFW9GR7W–Sketch Ink Human liver, hand drawn seamless Pattern Background, Engraved Anatomical illustration. Vector

Human liver cartoon design human anatomy organ vector illustration on white background Stock Vector

RF2JA6WMA–Human liver cartoon design human anatomy organ vector illustration on white background

Liver anatomy structure on white background in cartoon style. Healthy hepatic system internal organ. Green gallbladder Stock Vector

RF2S06GG4–Liver anatomy structure on white background in cartoon style. Healthy hepatic system internal organ. Green gallbladder

3D illustration of 'HEMOPHILIA B' title on medical documents. Medicial concept. Stock Photo

RFK1BC3C–3D illustration of 'HEMOPHILIA B' title on medical documents. Medicial concept.

RFCY9FK0–Blood clotting process

RFGKEYCE–Human liver thin line icon

RFHTJRDM–Human liver icon

RFJEWTF2–blood, plasma, coagulation, injury, blood, damage, damages, detriments, plasma,

. The American journal of roentgenology, radium therapy and nuclear medicine . ssuesin general. In a more recent publication Stephan ^takes exception to the work of Szenes, how-ever, for the reason that his observationswere limited wholly to the measuring ofthe coagulation time, not to a study of theindividual factors in the coagulation balance.Thus a lowering of the antithrombin con-tent, or an increase in the platelet count according to Howell. Fibrinogen determina-tions were recorded according to Wohlge-muth.* Blood platelet counts were observedby the Wright-Kinnicut method. Dogs were expos Stock Photo

RM2CRP6KP–. The American journal of roentgenology, radium therapy and nuclear medicine . ssuesin general. In a more recent publication Stephan ^takes exception to the work of Szenes, how-ever, for the reason that his observationswere limited wholly to the measuring ofthe coagulation time, not to a study of theindividual factors in the coagulation balance.Thus a lowering of the antithrombin con-tent, or an increase in the platelet count according to Howell. Fibrinogen determina-tions were recorded according to Wohlge-muth.* Blood platelet counts were observedby the Wright-Kinnicut method. Dogs were expos

RM2AJ9XGY–Avc

Woman in overalls and protective gloves work in testing unit Stock Photo

RF2P125N6–Woman in overalls and protective gloves work in testing unit

RFJMDJKB–Liver icon. Human anatomy web buttons set.

Sketch Ink Human liver, hand drawn, doodle style, Engraved Anatomical illustration. Vector Stock Vector

RFW9GR5R–Sketch Ink Human liver, hand drawn, doodle style, Engraved Anatomical illustration. Vector

RF2Y0Y8MG–Human liver icon on blue background. Healthy internal organ silhouette. Vector

RFGKEYCF–Human liver thin line icon

RFHB19HA–Human liver flat icon with shadow

RFGM43D1–Human liver sketch icon

. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. EVOLUTION OF VERTEBRATE PLASMA PROTEINS 273 FIBRINOGEN PRESENT. Primates Bony Fishes Jawless Fishes Invertebrates 01 o s CL o. «t Plants FIGURE 2. Gene duplication events that lead to three different polypeptide chains in vertebrate fi- brinogens. See also Figure 1 (from Doolittle. 1984). FIBRINOGEN I began my studies on the evolution of the plasma proteins with a consideration of the proteins involved in blood coagulation, a phenomenon which in mammals involves the interplay of a dozen different protein factors and that cul Stock Photo

RMRHN23F–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. EVOLUTION OF VERTEBRATE PLASMA PROTEINS 273 FIBRINOGEN PRESENT. Primates Bony Fishes Jawless Fishes Invertebrates 01 o s CL o. «t Plants FIGURE 2. Gene duplication events that lead to three different polypeptide chains in vertebrate fi- brinogens. See also Figure 1 (from Doolittle. 1984). FIBRINOGEN I began my studies on the evolution of the plasma proteins with a consideration of the proteins involved in blood coagulation, a phenomenon which in mammals involves the interplay of a dozen different protein factors and that cul