Enlarged ventricles hi-res stock photography and images

Illustration depicting the progression of Alzheimer's disease. On the left is a healthy brain. The middle brain displays cortical shrinkage, moderately enlarged ventricles, and a shrinking hippocampus, symptoms of mild Alzheimer's. The right brain shows severe cortical shrinkage, severely enlarged ventricles, and severe shrinkage of the hippocampus, indicative of severe Alzheimer's. Stock Photo

RFT952EP–Illustration depicting the progression of Alzheimer's disease. On the left is a healthy brain. The middle brain displays cortical shrinkage, moderately enlarged ventricles, and a shrinking hippocampus, symptoms of mild Alzheimer's. The right brain shows severe cortical shrinkage, severely enlarged ventricles, and severe shrinkage of the hippocampus, indicative of severe Alzheimer's.

Enlarged ventricles of a child's brain, illustration Stock Photo

RF2T826MJ–Enlarged ventricles of a child's brain, illustration

Alzheimer's disease. Neurodegeneration. Cross section of normal and Alzheimer brain, with Atrophy of the cerebral cortex, Enlarged ventricles and Hipp Stock Vector

RF2XARW8C–Alzheimer's disease. Neurodegeneration. Cross section of normal and Alzheimer brain, with Atrophy of the cerebral cortex, Enlarged ventricles and Hipp

Medical illustration of the symptoms of Alzheimer's disease progression. Stock Vector

RF2AGNER6–Medical illustration of the symptoms of Alzheimer's disease progression.

Human heart - anterior view - showing the coronary arteries, aortic arch, left and right ventricles, left and right auricles, pulmary trunk, superior Stock Photo

RFHGPMKC–Human heart - anterior view - showing the coronary arteries, aortic arch, left and right ventricles, left and right auricles, pulmary trunk, superior

Coronal section of the human brain medical vector illustration Stock Vector

RFRM85YK–Coronal section of the human brain medical vector illustration

Dorsal striatum and its neurons in the Huntington's disease, computer illustration showing enlarged anterior horns of lateral ventricles, degeneration Stock Photo

RF2R72C5H–Dorsal striatum and its neurons in the Huntington's disease, computer illustration showing enlarged anterior horns of lateral ventricles, degeneration

RF2YBMJR2–Huntington's chorea line black icon. Sign for web page, mobile app, button, logo. Vector isolated button. Editable stroke.

The practice of obstetrics, designed for the use of students and practitioners of medicine . in thebrain or its membranes, causing enlargement of the skull. The serous effusion isgenerally confined to the ventricles, although it may be found in the intersticesof the pia mater, in the parenchyma of the cerebrum, or between the arachnoidand the dura mater. (See also Dystocia of Fetal Origin, Part V.) Frequency:This affection is rare, occurring once in about 3000 deliveries. Pathology: Theskull becomes enlarged, sometimes enormously so, by the pressure of the in-creasing quantity of the fluid, an Stock Photo

RM2AXE9KA–The practice of obstetrics, designed for the use of students and practitioners of medicine . in thebrain or its membranes, causing enlargement of the skull. The serous effusion isgenerally confined to the ventricles, although it may be found in the intersticesof the pia mater, in the parenchyma of the cerebrum, or between the arachnoidand the dura mater. (See also Dystocia of Fetal Origin, Part V.) Frequency:This affection is rare, occurring once in about 3000 deliveries. Pathology: Theskull becomes enlarged, sometimes enormously so, by the pressure of the in-creasing quantity of the fluid, an

. Veterinary obstetrics; a compendium for the use of students and practitioners. Veterinary obstetrics. 88 VETERINARY OBSTETRICS. lungs being unprotected. This condition is known as. ^^Ectopia cordis." Often the foetus is born with the cranial cavity enlarged with fluid,—''Hydrocephalus"or ^'Hydrops capitis." First of all, fluid collects In the ventricles, and the diseased process may go on until. Fig. 37. Skull of Hvdrockphalic Calf: the Cranial Bonks are partially: destroyed and defective. the whole of the brain structure is displaced by fluid,, and only retained in position b Stock Photo

RMPG1930–. Veterinary obstetrics; a compendium for the use of students and practitioners. Veterinary obstetrics. 88 VETERINARY OBSTETRICS. lungs being unprotected. This condition is known as. ^^Ectopia cordis." Often the foetus is born with the cranial cavity enlarged with fluid,—''Hydrocephalus"or ^'Hydrops capitis." First of all, fluid collects In the ventricles, and the diseased process may go on until. Fig. 37. Skull of Hvdrockphalic Calf: the Cranial Bonks are partially: destroyed and defective. the whole of the brain structure is displaced by fluid,, and only retained in position b

RFT952EJ–Illustration depicting the progression of Alzheimer's disease. On the left is a healthy brain. The middle brain displays cortical shrinkage, moderately enlarged ventricles, and a shrinking hippocampus, symptoms of mild Alzheimer's. The right brain shows severe cortical shrinkage, severely enlarged ventricles, and severe shrinkage of the hippocampus, indicative of severe Alzheimer's.

RF2T826MB–Enlarged ventricles of a child's brain, illustration

MRI Communicating Hydrocephalus (NPH) Stock Photo

RM2BEHBE6–MRI Communicating Hydrocephalus (NPH)

Coronal sections of a healthy brain and a brain in Huntington's disease showing enlarged anterior horns of the lateral ventricles, degeneration and at Stock Photo

RF2R72C2Y–Coronal sections of a healthy brain and a brain in Huntington's disease showing enlarged anterior horns of the lateral ventricles, degeneration and at

American journal of ophthalmology. . ht, and the left eye did notturn in and down with the right; otherwise, motions of eyesnormal. The pupils were small, the left angle of the mouthparetic, the tongue turned to the left. There was slight rigidityof all four limbs, and the right were paralyzed. At autopsythe vessels were found contorted, the ventricles enlarged, thethe ependyma thickened, and a pair of small cysts the size ofpeas in the thalami. Also in the upper half of the pons anirregular haemorrhage, larger than a hazel-nut, in the regionof the left seventh nucleus, which spared the lower Stock Photo

RM2AWYRDB–American journal of ophthalmology. . ht, and the left eye did notturn in and down with the right; otherwise, motions of eyesnormal. The pupils were small, the left angle of the mouthparetic, the tongue turned to the left. There was slight rigidityof all four limbs, and the right were paralyzed. At autopsythe vessels were found contorted, the ventricles enlarged, thethe ependyma thickened, and a pair of small cysts the size ofpeas in the thalami. Also in the upper half of the pons anirregular haemorrhage, larger than a hazel-nut, in the regionof the left seventh nucleus, which spared the lower

RF2T826M5–Enlarged ventricles of a child's brain, illustration

RM2BEHBE2–MRI Communicating Hydrocephalus (NPH)

One the left is a sagittal (from the side) T1 weighted MRI showing normal anatomy of the brain. On the right is an MRI image of the brain showing enlargement of the lateral ventricles, a condition called hydrocephalus. This abnormality was treated by placing a ventricular shunt catheter into the enlarged lateral ventricles to divert the fluid away from the head. Stock Photo

RM2HJCPE6–One the left is a sagittal (from the side) T1 weighted MRI showing normal anatomy of the brain. On the right is an MRI image of the brain showing enlargement of the lateral ventricles, a condition called hydrocephalus. This abnormality was treated by placing a ventricular shunt catheter into the enlarged lateral ventricles to divert the fluid away from the head.

. Insanity, its classification, diagnosis, and treatment; a manual for students and practitioners of medicine. found most marked over those areas exhibiting cysticdegeneration. Probably the dilatations of the lymph spacein the posterior fissure of the spinal cord (Fig. 7), found inone case by the writer, are susceptible of a similar inter-pretation. The ventricles may be enlarged in advanced cases; oftenthey exhibit no change in dimensions, and a more charac-teristic pathological feature of the disease is the granularchange of their endyma or lining membrane.* This con- the surface, which is r Stock Photo

RM2AFRHW0–. Insanity, its classification, diagnosis, and treatment; a manual for students and practitioners of medicine. found most marked over those areas exhibiting cysticdegeneration. Probably the dilatations of the lymph spacein the posterior fissure of the spinal cord (Fig. 7), found inone case by the writer, are susceptible of a similar inter-pretation. The ventricles may be enlarged in advanced cases; oftenthey exhibit no change in dimensions, and a more charac-teristic pathological feature of the disease is the granularchange of their endyma or lining membrane.* This con- the surface, which is r

Baby with enlarged lateral ventricles, illustration Stock Photo

RF2T826JH–Baby with enlarged lateral ventricles, illustration

RMHRH5FD–Hydrocephalus

. The diseases of children : medical and surgical. compress the straightsinus which runs along at the base of the falx cerebri, and consequentlycheck the onward flow of blood in the veins of Galen and inferior longitudinalsinus. As the veins of Galen return the blood of the choroid plexus, it iseasy to understand how a chronic hydrocephalus may be thus produced.In these cases the lateral ventricles are distended with a clear fluid of lowspecific gravity, the third and fourth ventricles join in the dilatation, and theiter is also enlarged. In another class of case which occurs after a basalmeni Stock Photo

RM2AG8R6R–. The diseases of children : medical and surgical. compress the straightsinus which runs along at the base of the falx cerebri, and consequentlycheck the onward flow of blood in the veins of Galen and inferior longitudinalsinus. As the veins of Galen return the blood of the choroid plexus, it iseasy to understand how a chronic hydrocephalus may be thus produced.In these cases the lateral ventricles are distended with a clear fluid of lowspecific gravity, the third and fourth ventricles join in the dilatation, and theiter is also enlarged. In another class of case which occurs after a basalmeni

RF2T826K3–Baby with enlarged lateral ventricles, illustration

RMHRHBDP–Hydrocephalus

The physical signs of cardiac disease, for the use of clinical students . Increase to the right = enlargement of the right auricle. (3.) Increase to the left = dilatation of the left ventricle. (Butgreat enlargement of the right ventricle ultimately leads to thesame result).* • In caHes in which emphysema seems to be the primary mischief, it is no uncommonthing to find both riglit and left ventricles of the heart enlarged. It seems more likely,in these cases, that there is a degenerative tendency vi^hich has manifested itself in theheart as well as in the lungs tiian that the dilatation of tli Stock Photo

RM2AJK4BM–The physical signs of cardiac disease, for the use of clinical students . Increase to the right = enlargement of the right auricle. (3.) Increase to the left = dilatation of the left ventricle. (Butgreat enlargement of the right ventricle ultimately leads to thesame result).* • In caHes in which emphysema seems to be the primary mischief, it is no uncommonthing to find both riglit and left ventricles of the heart enlarged. It seems more likely,in these cases, that there is a degenerative tendency vi^hich has manifested itself in theheart as well as in the lungs tiian that the dilatation of tli

Baby with enlarged brain ventricles, illustration Stock Photo

RF2T826JY–Baby with enlarged brain ventricles, illustration

RMHRHBDR–Hydrocephalus

Quain's elements of anatomy . ted behind withthe fornix, a structure to be presently described, and in the rest of itslength with the septum lucidum, a vertical partition between the twolateral ventricles, which is included in the anterior bend of the corpuscallosum. On the sides the corpus callosum roofs in the body andanterior comu of the lateral ventricles. The enlarged posterior part orsplenium lies over the mesencephalon, with pia mater between. Fig. 300. — View OF THE CORPUSCALLOSUM FROM ABOVE (fromSappey after Fo-Yille). 4 The upper sur-face of the corpuscallosum has beenfully exposed b Stock Photo

RM2AWH2CG–Quain's elements of anatomy . ted behind withthe fornix, a structure to be presently described, and in the rest of itslength with the septum lucidum, a vertical partition between the twolateral ventricles, which is included in the anterior bend of the corpuscallosum. On the sides the corpus callosum roofs in the body andanterior comu of the lateral ventricles. The enlarged posterior part orsplenium lies over the mesencephalon, with pia mater between. Fig. 300. — View OF THE CORPUSCALLOSUM FROM ABOVE (fromSappey after Fo-Yille). 4 The upper sur-face of the corpuscallosum has beenfully exposed b

RF2T826JC–Baby with enlarged lateral ventricles, illustration

RMHRHBDW–Hydrocephalus

MRI of Normal Brain and Hydrocephalic Brain Stock Photo

RM2BEH5PA–MRI of Normal Brain and Hydrocephalic Brain

Clinical lectures on the principles and practice of medicine . ighing 6 lb. 2 oz., of a pale fawn color, considerablyindurated, in the second stage of cirrhosis. Abdomen contained two gallons and ahalf of amber-colored serum. Other organs healthy. Microscopic Examination.—The lymph filling up the ventricles of the larynxwas entirely composed of molecular fibres, included in a mass of coagulated molecularexudation. Commentary.—This man, while laboring under enlarged liver withascites, was apparently seized with an ordinary sore throat, having caughtcold, as it was afterwards ascertained, when v Stock Photo

RM2AJ4AKK–Clinical lectures on the principles and practice of medicine . ighing 6 lb. 2 oz., of a pale fawn color, considerablyindurated, in the second stage of cirrhosis. Abdomen contained two gallons and ahalf of amber-colored serum. Other organs healthy. Microscopic Examination.—The lymph filling up the ventricles of the larynxwas entirely composed of molecular fibres, included in a mass of coagulated molecularexudation. Commentary.—This man, while laboring under enlarged liver withascites, was apparently seized with an ordinary sore throat, having caughtcold, as it was afterwards ascertained, when v

RF2T826K7–Baby with enlarged brain ventricles, illustration

RM2BEH5MY–MRI of Normal Brain and Hydrocephalic Brain

RMHRH6NG–MRI Communicating Hydrocephalus (NPH)

A text-book of physiology for medical students and physicians . idsurrounding the cord is infree communication withthat in the brain, as is indi-cated in the accompanyingschematic figure (Fig. 258).Within the brain itself thereare certain points at the an-gles and hollows of the differ-ent parts of the brain at whichthe subarachnoidal spaceis much enlarged, formingthe so-called cisternse, whichare in communication onewith another by means of theless conspicuous canals (seeFig. 259). The whole systemis also in direct communica-tion with the ventricles ofthe brain on the one hand,through the for Stock Photo

RM2AWGNWP–A text-book of physiology for medical students and physicians . idsurrounding the cord is infree communication withthat in the brain, as is indi-cated in the accompanyingschematic figure (Fig. 258).Within the brain itself thereare certain points at the an-gles and hollows of the differ-ent parts of the brain at whichthe subarachnoidal spaceis much enlarged, formingthe so-called cisternse, whichare in communication onewith another by means of theless conspicuous canals (seeFig. 259). The whole systemis also in direct communica-tion with the ventricles ofthe brain on the one hand,through the for

RF2T826J6–Baby with enlarged brain ventricles, illustration

RMHRHBGM–MRI Communicating Hydrocephalus (NPH)

A text-book of physiology, for medical students and physicians . dsurrounding the cord is infree communication withthat in the brain, as is indi-cated in the accompanyingschematic figure (Fig. 249).Within the brain itself thereare certain points at the an-gles and hollows of the differ-ent parts of the brain at whichthe subarachnoidal spaceis much enlarged, formingthe so-called cisternal, whichare in communication onewith another by means of theless conspicuous canals (seeFig. 250). The whole systemis also in direct communica-tion with the ventricles ofthe brain on the one hand,through the for Stock Photo

RM2AWW5M8–A text-book of physiology, for medical students and physicians . dsurrounding the cord is infree communication withthat in the brain, as is indi-cated in the accompanyingschematic figure (Fig. 249).Within the brain itself thereare certain points at the an-gles and hollows of the differ-ent parts of the brain at whichthe subarachnoidal spaceis much enlarged, formingthe so-called cisternal, whichare in communication onewith another by means of theless conspicuous canals (seeFig. 250). The whole systemis also in direct communica-tion with the ventricles ofthe brain on the one hand,through the for

Enlarged lateral ventricles of the brain, illustration Stock Photo

RF2T8271C–Enlarged lateral ventricles of the brain, illustration

RMHRHBGP–MRI Communicating Hydrocephalus (NPH)

. Quain's elements of anatomy . enlarged anterior extremity of the nucleus caudatus, de-cending as it proceeds, and bounded below and externally by that body,in front by the reflected part of the corpus callosum, and mesially bythe septum lucidum. Fig. 301.—The lateral VENTRICLES OPENED BYEE3I0TAL OP THE MID-DLE PART OF THE CORPUSCALLOSDM, AND THE DE-SCENDING COENU EXPOSEDON THE EIGHT SIDE. h, a, h, anterior and pos-terior parts of the greatlongitudinal fissure; c,section of the anterior partof the corpus callosum ; d,posterior part of the same ;e, the left choroid plexus ;/, the fornix ; ff, Stock Photo

RM2CHY8T0–. Quain's elements of anatomy . enlarged anterior extremity of the nucleus caudatus, de-cending as it proceeds, and bounded below and externally by that body,in front by the reflected part of the corpus callosum, and mesially bythe septum lucidum. Fig. 301.—The lateral VENTRICLES OPENED BYEE3I0TAL OP THE MID-DLE PART OF THE CORPUSCALLOSDM, AND THE DE-SCENDING COENU EXPOSEDON THE EIGHT SIDE. h, a, h, anterior and pos-terior parts of the greatlongitudinal fissure; c,section of the anterior partof the corpus callosum ; d,posterior part of the same ;e, the left choroid plexus ;/, the fornix ; ff,

RF2T826YD–Enlarged lateral ventricles of the brain, illustration

RMHRHBGR–MRI Communicating Hydrocephalus (NPH)

RMRDCJNB–. Veterinary obstetrics; a compendium for the use of students and practitioners. Veterinary obstetrics. 88 VETERINARY OBSTETRICS. lungs being unprotected. This condition is known as. ^^Ectopia cordis." Often the foetus is born with the cranial cavity enlarged with fluid,—''Hydrocephalus"or ^'Hydrops capitis." First of all, fluid collects In the ventricles, and the diseased process may go on until. Fig. 37. Skull of Hvdrockphalic Calf: the Cranial Bonks are partially: destroyed and defective. the whole of the brain structure is displaced by fluid,, and only retained in position b

RF2T8271R–Enlarged lateral ventricles of the brain, illustration

RF2T826Y2–Enlarged lateral ventricles of the brain, illustration

RF2T826XJ–Enlarged lateral ventricles of the brain, illustration

Enlarged and normal brain ventricles, illustration Stock Photo

RF2T8271E–Enlarged and normal brain ventricles, illustration

RF2T82725–Enlarged and normal brain ventricles, illustration

RF2T826Y0–Enlarged lateral ventricles of the brain, illustration

Enlarged and normal lateral ventricles, illustration Stock Photo

RF2X28JHT–Enlarged and normal lateral ventricles, illustration

RF2X28JHY–Enlarged and normal lateral ventricles, illustration

RF2X28JBK–Enlarged lateral ventricles of the brain, illustration

RF2X28JCA–Enlarged lateral ventricles of the brain, illustration

RF2X28JHR–Enlarged and normal lateral ventricles, illustration

RF2X28JBX–Enlarged lateral ventricles of the brain, illustration

RF2X28JHW–Enlarged and normal lateral ventricles, illustration

RF2X28JC5–Enlarged lateral ventricles of the brain, illustration

RF2X28JC9–Enlarged lateral ventricles of the brain, illustration

RF2X28JBN–Enlarged lateral ventricles of the brain, illustration

RF2X28JHK–Enlarged and normal lateral ventricles, illustration

RF2X28JHN–Enlarged and normal lateral ventricles, illustration

RF2X28JHP–Enlarged and normal lateral ventricles, illustration

RF2T8271B–Enlarged and normal brain ventricles, illustration

Enlarged and normal brain lateral ventricles, illustration Stock Photo

RF2T8271J–Enlarged and normal brain lateral ventricles, illustration

RF2T82729–Enlarged and normal brain lateral ventricles, illustration

Enlarged fourth ventricle of the brain, illustration Stock Photo

RF2T826WG–Enlarged fourth ventricle of the brain, illustration

RF2T826WT–Enlarged fourth ventricle of the brain, illustration

RF2T826W3–Enlarged fourth ventricle of the brain, illustration

RF2T826WF–Enlarged fourth ventricle of the brain, illustration

RF2T826W0–Enlarged fourth ventricle of the brain, illustration

Enlarged lateral and third brain ventricles, illustration Stock Photo

RF2X28JCJ–Enlarged lateral and third brain ventricles, illustration

RF2X28JC4–Enlarged lateral ventricles of the brain, illustration

RF2X28JBM–Enlarged lateral and third brain ventricles, illustration

RF2X28JD9–Enlarged lateral and third brain ventricles, illustration

RF2X28JBR–Enlarged lateral and third brain ventricles, illustration

RF2X28JCM–Enlarged lateral and third brain ventricles, illustration

RF2X28JC0–Enlarged lateral and third brain ventricles, illustration

RF2X28JCR–Enlarged lateral and third brain ventricles, illustration

Brain in dementia. Coloured computed tomography (CT) scan of a section through the brain of an 89-year-old male patient with dementia. The brain has atrophied (shrunk), shown by the enlarged central ventricles (dark blue) and deep indentations around the brain's edges. Stock Photo

RFRBT0F2–Brain in dementia. Coloured computed tomography (CT) scan of a section through the brain of an 89-year-old male patient with dementia. The brain has atrophied (shrunk), shown by the enlarged central ventricles (dark blue) and deep indentations around the brain's edges.

RFRBT0F1–Brain in dementia. Coloured computed tomography (CT) scan of a section through the brain of an 89-year-old male patient with dementia. The brain has atrophied (shrunk), shown by the enlarged central ventricles (dark green) and deep indentations around the brain's edges.

RFRBT0F4–Brain in dementia. Coloured computed tomography (CT) scan of a section through the brain of an 89-year-old male patient with dementia. The brain has atrophied (shrunk), shown by the enlarged central ventricles (dark red) and deep indentations around the brain's edges.

RFRBT0F0–Brain in dementia. Coloured computed tomography (CT) scan of a section through the brain of an 89-year-old male patient with dementia. The brain has atrophied (shrunk), shown by the enlarged central ventricles and deep indentations around the brain's edges.

RFRBT0ET–Brain in dementia. Coloured computed tomography (CT) scan of a section through the brain of an 89-year-old male patient with dementia. The brain has atrophied (shrunk), shown by the enlarged central ventricles and deep indentations around the brain's edges.

RFRBT0EW–Brain in dementia. Coloured computed tomography (CT) scan of a section through the brain of an 89-year-old male patient with dementia. The brain has atrophied (shrunk), shown by the enlarged central ventricles and deep indentations around the brain's edges.

RFRBT0EX–Brain in dementia. Coloured computed tomography (CT) scan of a section through the brain of an 89-year-old male patient with dementia. The brain has atrophied (shrunk), shown by the enlarged central ventricles and deep indentations around the brain's edges.

RFRBT0F3–Brain in dementia. Coloured computed tomography (CT) scan of a section through the brain of an 89-year-old male patient with dementia. The brain has atrophied (shrunk), shown by the enlarged central ventricles (white) and deep indentations around the brain's edges.