Fat Cells from adipose tissue. adipocytes. inside human organism. isolate

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Pavel Chagochkin / Alamy Stock Photo

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2BXXEBJ

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137.3 MB (1.2 MB Compressed download)

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8000 x 6000 px | 67.7 x 50.8 cm | 26.7 x 20 inches | 300dpi

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Fat Cells from adipose tissue. adipocytes. 3d render

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RF2Y5AHC6–Fat cells. Coloured scanning electron micrograph (SEM) of joined fat-storing cells (adipocytes). Fat cells are one of the largest cell types in the human body, each cell being 100 to 120 microns in diameter. Almost the entire volume of an individual fat cell consists of a single lipid (fat or oil) droplet. Fat cells and their supporting connective tissue (surrounding the fat cells), make up fat tissue. Fat tissue forms an insulating layer under the skin, storing energy in the form of fat created from excess food. Magnification when printed at 10cm wide: x 200

RM2JKFTAD–The fat cells of a mouse (red) are shown surrounded by a network of blood vessels (green). Fat cells store and release energy, protect organs and nervous tissues, insulate us from the cold and help us absorb important vitamins

RM2AKH94P–An American text-book of genito-urinary diseases, syphilis and diseases of the skin . eskin, and the edge of the lips are the only portions of the bodyentirely free from hair. The skin is usually described as consisting of three layers—an outer layer,the epidermis, composed of epithelial cells and scales; a middle layer, thecorium, made up of anastomosing fibrous and elastic tissue; and a lowerlayer, the subcutaneous tissue, which has no sharp boundary from the corium,and contains adipose tissue and fat-globules. Properly speaking, the skin ismade up of but two layers, epidermis and corium, th

RMPG3PR3–. The plant, an illustration of the organic life of the animal. Biology. COMPARED WITH THOSE OF ANIMALS. ^ 37 globular or dodecahedral cells containing fat in tteir interior, to which the term adipose tissue is applied, in works on ana- tomy and physiology. Fig. 5.. Cells of adipose tissue. These cells may be seen at any time, even with micro- scopes of a very inferior quality. They retain their original cellular form, and hence the cellular character of adipose tissue has been long known. The number of tissues in the animal is much greater than in the plant. Their morphology from the same cel

RMMA72AR–. The effects of inanition and malnutrition upon growth and structure . Fig. 47.—Normal adipose tissue, with large, polyhedral fat cells, from the tela subcutanea of a newborn infant. X400. (Parrot '77.)

RMRX6XRW–The effects of inanition and The effects of inanition and malnutrition upon growth and structure effectsofinaniti00jack Year: 1925 EFFECTS ON THE INTEGUMENT 123 is not due to exhaustion of nutritive material. The persistence of the human 'sucking pad' (corpus adiposum buccae) during general emaciation has been noted, not only during infancy (Ranke '84; Lehndorff '07; Scammon '19) but Fig. 47.—Normal adipose tissue, with large, polyhedral fat cells, from the tela subcutanea of a newborn infant. X400. (Parrot '77.)

RF2Y5AHD4–Fat cells. Coloured scanning electron micrograph (SEM) of joined fat-storing cells (adipocytes). Fat cells are one of the largest cell types in the human body, each cell being 100 to 120 microns in diameter. Almost the entire volume of an individual fat cell consists of a single lipid (fat or oil) droplet. Fat cells and their supporting connective tissue (surrounding the fat cells), make up fat tissue. Fat tissue forms an insulating layer under the skin, storing energy in the form of fat created from excess food. Magnification when printed at 10cm wide: x 60

RM2JKFTMD–Myelinated axons in a rat vertebral root. Myelin is a type of fat that forms a sheath around and thus insulates the axon to protect it from the loss of the electrical current needed to transmit signals along the axon. The axoplasm inside the axon is shown in pink.

$Practical pathology; a manual for students and practitioners . tal vein intothe portal capillaries. The droplets of fat are usually large, thoughthey vary greatly in size ; in the more advanced stages they tend torun together, and to form large, clear, strongly refractile droplets,which appear to distend the liver cell, and push the nucleus to one FATTY INFILTRATION FATTY DEGENERATION 241 side. In very advanced cases the cells of the intermediate zone, oreven those of the whole lobule, may be infiltrated; it is then difficultto distinguish the mass from ordinary adipose tissue. ( X 300).—The l Stock Photo$

RM2AX20MH–Practical pathology; a manual for students and practitioners . tal vein intothe portal capillaries. The droplets of fat are usually large, thoughthey vary greatly in size ; in the more advanced stages they tend torun together, and to form large, clear, strongly refractile droplets,which appear to distend the liver cell, and push the nucleus to one FATTY INFILTRATION FATTY DEGENERATION 241 side. In very advanced cases the cells of the intermediate zone, oreven those of the whole lobule, may be infiltrated; it is then difficultto distinguish the mass from ordinary adipose tissue. ( X 300).—The l

RMMA72AY–. The effects of inanition and malnutrition upon growth and structure . Fig. 48.—Adipose tissue from the tela sub- cutanea of an emaciated, athreptic infant. Adipose cells unequally atrophied; some still contain a moderate amount of fat in droplets of variable size. Cell nuclei and granular cytoplasm evident. X400. (Parrot '77.)

RMRX6XRY–The effects of inanition and The effects of inanition and malnutrition upon growth and structure effectsofinaniti00jack Year: 1925 Fig. 47.—Normal adipose tissue, with large, polyhedral fat cells, from the tela subcutanea of a newborn infant. X400. (Parrot '77.) Fig. 48.—Adipose tissue from the tela sub- cutanea of an emaciated, athreptic infant. Adipose cells unequally atrophied; some still contain a moderate amount of fat in droplets of variable size. Cell nuclei and granular cytoplasm evident. X400. (Parrot '77.)

RF2Y5AHJD–Fat cells. Coloured scanning electron micrograph (SEM) of joined fat-storing cells (adipocytes). Fat cells are one of the largest cell types in the human body, each cell being 100 to 120 microns in diameter. Almost the entire volume of an individual fat cell consists of a single lipid (fat or oil) droplet. Fat cells and their supporting connective tissue (surrounding the fat cells), make up fat tissue. Fat tissue forms an insulating layer under the skin, storing energy in the form of fat created from excess food. Magnification when printed at 10cm wide: x 350

Fat Cells from adipose tissue. adipocytes. inside human organism. isolate

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