Blocking artery hi-res stock photography and images - Page 2

RMFYCF7G–CEREBROVASCULAR ACCIDENT

Stenosis of the carotid, drawing Stock Photo

RMDY7YH6–Stenosis of the carotid, drawing

. Regional anesthesia : its technic and clinical application . f from 10 to 15 c.c. of the 2 per cent, solution. Thesyringe is almost completely discharged in the depth, and the rest ofthe solution distributed while the needle is withdrawn. The axillaryartery is then retracted upward (toward the pectoralis major) by theindex-finger, and the needle inserted through another wheal raised alittle below the first site of puncture (Fig. 152). The needle is advanceddeeply behind the artery, in a direction parallel with the axis of the BLOCKING OF SPINAL NERVES 187 arm, along the outer wall of the axi Stock Photo

RM2CE1PP6–. Regional anesthesia : its technic and clinical application . f from 10 to 15 c.c. of the 2 per cent, solution. Thesyringe is almost completely discharged in the depth, and the rest ofthe solution distributed while the needle is withdrawn. The axillaryartery is then retracted upward (toward the pectoralis major) by theindex-finger, and the needle inserted through another wheal raised alittle below the first site of puncture (Fig. 152). The needle is advanceddeeply behind the artery, in a direction parallel with the axis of the BLOCKING OF SPINAL NERVES 187 arm, along the outer wall of the axi

Macrophage foam cell, illustration Stock Photo

RFT9CE7K–Macrophage foam cell, illustration

RMDY7YHA–Stenosis of the carotid, drawing

RFT9CE82–Macrophage foam cell, illustration

RMDY7YH8–Endarteriectomy, drawing

RMDWT8X3–Atheroma, drawing

RMDR07AF–BY-PASS, ILLUSTRATION

ARTERIAL THROMBOSIS, DRAWING Stock Photo

RMCT681G–ARTERIAL THROMBOSIS, DRAWING

RMCT5J9R–ATHEROMA, DRAWING

RMFYCFAE–ATHEROMA, DRAWING

RFT9CE7M–Macrophage foam cell, illustration

RMFYCF7H–ARTERIAL STENOSIS

RFT9CE7E–Macrophage foam cell, illustration

RMFYCF87–ARTERIAL STENOSIS

RFT9CE81–Macrophage foam cell, illustration

RMFYCF8C–ARTERIAL STENOSIS

RFT9CE7H–Macrophage foam cell, illustration

RMFYCF9F–CEREBROVASCULAR ACCIDENT

Atheromatous plaque inside blood vessel, computer illustration. Cholesterol atheroma causing a narrowing of an artery (atherosclerosis). Stock Photo

RFH2PBKM–Atheromatous plaque inside blood vessel, computer illustration. Cholesterol atheroma causing a narrowing of an artery (atherosclerosis).

RMFYCF9T–ARTERIAL STENOSIS

RFH2PBKN–Atheromatous plaque inside blood vessel, computer illustration. Cholesterol atheroma causing a narrowing of an artery (atherosclerosis).

Macrophage foam cell, illustration. Foam cells are macrophage cells that contain lipid droplets and are components of atherosclerotic plaque. Stock Photo

RFW6T09N–Macrophage foam cell, illustration. Foam cells are macrophage cells that contain lipid droplets and are components of atherosclerotic plaque.

RMFYCF8E–ARTERIAL STENOSIS

RFW6T07G–Macrophage foam cell, illustration. Foam cells are macrophage cells that contain lipid droplets and are components of atherosclerotic plaque.

RMFYCF85–CEREBROVASCULAR ACCIDENT

RMRB8C1E–THROMBOSIS, DRAWING

RFW6T096–Macrophage foam cell, illustration. Foam cells are macrophage cells that contain lipid droplets and are components of atherosclerotic plaque.

RMRB8C1F–THROMBOSIS, DRAWING

RFW6T0B0–Macrophage foam cell, illustration. Foam cells are macrophage cells that contain lipid droplets and are components of atherosclerotic plaque.

ARTERIAL ANGIOPLASTY, DRAWING Stock Photo

RMFC2196–ARTERIAL ANGIOPLASTY, DRAWING

RFW6T08J–Macrophage foam cell, illustration. Foam cells are macrophage cells that contain lipid droplets and are components of atherosclerotic plaque.

RMFC2197–ARTERIAL ANGIOPLASTY, DRAWING

Structure of atherosclerotic plaque, computer illustration. The necrotic centre, foam cells and T-lymphocytes are seen inside of the cholesterol plaque. The walls are made of smooth muscle cells and endothelium from the blood vessel. Stock Photo

RFW6T042–Structure of atherosclerotic plaque, computer illustration. The necrotic centre, foam cells and T-lymphocytes are seen inside of the cholesterol plaque. The walls are made of smooth muscle cells and endothelium from the blood vessel.

RMFC2198–ARTERIAL ANGIOPLASTY, DRAWING

RFW6T04B–Structure of atherosclerotic plaque, computer illustration. The necrotic centre, foam cells and T-lymphocytes are seen inside of the cholesterol plaque. The walls are made of smooth muscle cells and endothelium from the blood vessel.