251-300


 * 1) Sentence ID: 250

The transverse occipital sulcus is continuous with the posterior end of the occipital ramus of the intraparietal sulcus. The transverse occipital sulcus runs across the upper part of occipital lobe. The transverse occipital sulcus runs a short distance behind the parietoöccipital fissure.


 * 1) Sentence ID: 251

The lateral occipital sulcus extends from behind forward. The lateral occipital sulcus divides the lateral surface of the occipital lobe into a superior gyrus, which are continuous in front with the parietal and temporal lobes. The lateral occipital sulcus divides the lateral surface of the occipital lobe into an inferior gyrus, which are continuous in front with the parietal and temporal lobes.


 * 1) Sentence ID: 252

The medial surface of the occipital lobe is bounded in front by the medial part of the parietoöccipital fissure. The medial surface of the occipital lobe is traversed by the calcarine fissure, which subdivides medial surface of the occipital lobe into the cuneus. The medial surface of the occipital lobe is traversed by the calcarine fissure, which subdivides medial surface of the occipital lobe into the the lingual gyrus.


 * 1) Sentence ID: 253

The cuneus is a wedge-shaped area between the calcarine fissure. The cuneus is a wedge-shaped area between the medial part of the parietoöccipital fissure.


 * 1) Sentence ID: 254

The lingual gyrus lies between the calcarine fissure ; The lingual gyrus lies between the the posterior part of the collateral fissure ;


 * 1) Sentence ID: 254

behind, lingual gyrus reaches the occipital pole ;


 * 1) Sentence ID: 254

in front, lingual gyrus is continued on to the tentorial surface of the temporal lobe. in front, lingual gyrus joins the hippocampal gyrus.


 * 1) Sentence ID: 255

The tentorial surface of the occipital lobe is limited in front by an imaginary transverse line through the preoccipital notch. The tentorial surface of the occipital lobe consists of the posterior part of the fusiform gyrus ), which are separated from each other by the posterior segment of the collateral fissure .   The tentorial surface of the occipital lobe consists of the posterior part of occipitotemporal convolution ) , which are separated from each other by the posterior segment of the collateral fissure. The tentorial surface of the occipital lobe consists of the lower part of the lingual gyrus, which are separated from each other by the posterior segment of the collateral fissure.


 * 1) Sentence ID: 256

Temporal Lobe ) .   lobus temporalis ).


 * 1) Sentence ID: 257

- The temporal lobe presents superior, lateral , and inferior surfaces.


 * 1) Sentence ID: 258

temporal lobe 's superior surface forms the lower limit of the lateral fissure. temporal lobe 's superior surface overlaps the insula.


 * 1) Sentence ID: 259

On opening out the lateral fissure, three or four gyri will be seen springing from the depth of the hinder end of lateral fissure ; On opening out the lateral fissure, three or four gyri will be seen running obliquely forward and outward on the posterior part of the upper surface of the superior temporal gyrus ;


 * 1) Sentence ID: 259

three or four gyri are named the transverse temporal gyri ( Heschl )


 * 1) Sentence ID: 260

The temporal lobe 's lateral surface is bounded above by the posterior ramus of the lateral fissure, ; The temporal lobe 's lateral surface is bounded above by the imaginary line continued backward from posterior ramus of the lateral fissure ;


 * 1) Sentence ID: 260

below, The temporal lobe 's lateral surface is limited by the infero-lateral border of the hemisphere.


 * 1) Sentence ID: 261

The temporal lobe 's lateral surface is divided into superior, middle , and inferior gyri by the superior and middle temporal sulci.


 * 1) Sentence ID: 262

The superior temporal sulcus runs from before backward across the temporal lobe, some little distance below , the posterior ramus of the lateral fissure ; The superior temporal sulcus runs from before backward across the temporal lobe, parallel with , the posterior ramus of the lateral fissure ;


 * 1) Sentence ID: 262

and hence superior temporal sulcus is often termed the parallel sulcus.


 * 1) Sentence ID: 263

The middle temporal sulcus takes the same direction as the superior. The middle temporal sulcus is situated at a lower level. The middle temporal sulcus is usually subdivided into two or more parts.


 * 1) Sentence ID: 264

The superior temporal gyrus lies between the posterior ramus of the lateral fissure. The superior temporal gyrus lies between the superior temporal sulcus. The superior temporal gyrus is continuous behind with the supramarginal and angular gyri.


 * 1) Sentence ID: 265

The middle temporal gyrus is placed between the superior and middle temporal sulci. The middle temporal gyrus is joined posteriorly with the angular gyrus.


 * 1) Sentence ID: 266

The inferior temporal gyrus is placed below the middle temporal sulcus ; The inferior temporal gyrus is connected behind with the inferior occipital gyrus ;


 * 1) Sentence ID: 266

inferior temporal gyrus also extends around the infero-lateral border on to the inferior surface of the temporal lobe, where inferior temporal gyrus is limited by the inferior sulcus.


 * 1) Sentence ID: 267

The temporal lobe 's inferior surface is concave. The temporal lobe 's inferior surface is continuous posteriorly with the tentorial surface of the occipital lobe.


 * 1) Sentence ID: 268

The temporal lobe 's inferior surface is traversed by the inferior temporal sulcus, which extends from near the occipital pole behind , to within a short distance of the temporal pole in front. The temporal lobe 's inferior surface is traversed by the inferior temporal sulcus, which is frequently subdivided by bridging gyri.


 * 1) Sentence ID: 269

Lateral to inferior temporal sulcus is the narrow tentorial part of the inferior temporal gyrus ; medial to inferior temporal gyrus the fusiform gyrus, which extends from the occipital to the temporal pole ;


 * 1) Sentence ID: 269

fusiform gyrus is limited medially by the collateral fissure, which separates fusiform gyrus from the lingual gyrus behind. fusiform gyrus is limited medially by the collateral fissure, which separates fusiform gyrus from the hippocampal gyrus in front.


 * 1) Sentence ID: 270

The Insula ) lies deeply in the lateral or Sylvian fissure, .   island of Reil ) lies deeply in the lateral or Sylvian fissure ,. central lobe ) lies deeply in the lateral or Sylvian fissure, .   The Insula ) can only be seen when the lips of Sylvian fissure are widely separated , since Insula is overlapped and hidden by the gyri which bound the fissure. island of Reil ) can only be seen when the lips of Sylvian fissure are widely separated, since Insula is overlapped and hidden by the gyri which bound the fissure .   central lobe ) can only be seen when the lips of Sylvian fissure are widely separated , since Insula is overlapped and hidden by the gyri which bound the fissure.


 * 1) Sentence ID: 271

the gyri which bound the fissure are termed the opercula of the insula ;


 * 1) Sentence ID: 271

the gyri which bound the fissure are separated from each other by the three rami of the lateral fissure. the gyri which bound the fissure are named the orbital opercula. the gyri which bound the fissure are named the frontal opercula. the gyri which bound the fissure are named the frontoparietal opercula. the gyri which bound the fissure are named the temporal opercula.


 * 1) Sentence ID: 272

The orbital operculum lies below the anterior horizontal ramus of the lateral fissure. the frontal between anterior horizontal ramus of the lateral fissure. the frontal between the anterior ascending ramus of the lateral fissure. the frontoparietal between the anterior ascending ramus of the lateral fissure. the frontoparietal between the upturned end of the posterior ramus of the lateral fissure. the temporal opercula below the posterior ramus of the lateral fissure.


 * 1) Sentence ID: 273

The frontal operculum is of small size in those cases where the anterior horizontal rami of the lateral fissure arise from a common stem. The frontal operculum is of small size in those cases where the ascending rami of the lateral fissure arise from a common stem.


 * 1) Sentence ID: 274

The insula is surrounded by a deep circular sulcus which separates insula from the frontal, parietal , and temporal lobes.


 * 1) Sentence ID: 275

When the opercula have been removed, the insula is seen as a triangular eminence , the apex of triangular eminence is directed toward the anterior perforated substance.


 * 1) Sentence ID: 276

insula is divided into a larger anterior part by a deep sulcus, which runs backward and upward from the apex of the insula. insula is divided into a smaller posterior part by a deep sulcus, which runs backward and upward from the apex of the insula.


 * 1) Sentence ID: 277

insula 's anterior part is subdivided by shallow sulci into three or four short gyri. insula 's posterior part is formed by one long gyrus, which is often bifurcated at its upper end.


 * 1) Sentence ID: 278

The cortical gray substance of the insula is continuous with cortical gray substance of the different opercula. The cortical gray substance of the insula insula 's deep surface corresponds with the lentiform nucleus of the corpus striatum.


 * 1) Sentence ID: 279

Limbic Lobe - The term limbic lobe was introduced by Broca. Limbic Lobe - under The term limbic lobe Broca included the cingulate and hippocampal gyri, which together arch around the corpus callosum. Limbic Lobe - under The term limbic lobe Broca included the cingulate and hippocampal gyri, which together arch around the the hippocampal fissure.


 * 1) Sentence ID: 280

cingulate and hippocampal gyri he separated on the morphological ground that cingulate and hippocampal gyri are well-developed in animals possessing a keen sense of smell ( osmatic animals ), such as the dog and fox.


 * 1) Sentence ID: 281

cingulate and hippocampal gyri were thus regarded as a part of the rhinencephalon, but it is now recognized that cingulate and hippocampal gyri belong to the neopallium ;


 * 1) Sentence ID: 281

the cingulate gyrus is therefore sometimes described as a part of the frontal lobe. the hippocampal is therefore sometimes described as a part of the temporal lobe.


 * 1) Sentence ID: 282

The cingulate gyrus is an arch-shaped convolution, lying in close relation to the superficial surface of the corpus callosum , from corpus callosum cingulate gyrus is separated by a slit-like fissure. gyrus cinguli ) is an arch-shaped convolution, lying in close relation to the superficial surface of the corpus callosum , from corpus callosum cingulate gyrus is separated by a slit-like fissure .   callosal convolution ) is an arch-shaped convolution , lying in close relation to the superficial surface of the corpus callosum , from corpus callosum cingulate gyrus is separated by a slit-like fissure. The cingulate gyrus is an arch-shaped convolution, lying in close relation to the superficial surface of the corpus callosum , from corpus callosum cingulate gyrus is separated by the callosal fissure. gyrus cinguli ) is an arch-shaped convolution, lying in close relation to the superficial surface of the corpus callosum , from corpus callosum cingulate gyrus is separated by the callosal fissure .   callosal convolution ) is an arch-shaped convolution , lying in close relation to the superficial surface of the corpus callosum , from corpus callosum cingulate gyrus is separated by the callosal fissure.


 * 1) Sentence ID: 283

The cingulate gyrus commences below the rostrum of the corpus callosum, curves around in front of the corpus callosum 's genu. The cingulate gyrus commences below the rostrum of the corpus callosum, extends along the upper surface of the corpus callosum 's body. The cingulate gyrus commences below the rostrum of the corpus callosum, finally turns downward behind the splenium , where The cingulate gyrus is connected by a narrow isthmus with the hippocampal gyrus.


 * 1) Sentence ID: 284

The cingulate gyrus is separated from the medial part of the superior frontal gyrus by the cingulate sulcus. The cingulate gyrus is separated from the precuneus by the subparietal sulcus.


 * 1) Sentence ID: 285

The hippocampal gyrus ) is bounded above by the hippocampal fissure .   The gyrus hippocampi ) is bounded above by the hippocampal fissure. The hippocampal gyrus ) is bounded below by the anterior part of the collateral fissure .   The gyrus hippocampi ) is bounded below by the anterior part of the collateral fissure.


 * 1) Sentence ID: 286

Behind, hippocampal gyrus is continuous superiorly , through the isthmus , with the cingulate gyrus. Behind, hippocampal gyrus is continuous inferiorly with the lingual gyrus.


 * 1) Sentence ID: 287

Running in the substance of the cingulate and hippocampal gyri, and connecting the substance of the cingulate and hippocampal gyri together , is a tract of arched fibers , named the cingulum ( page 843 ).


 * 1) Sentence ID: 288

The anterior extremity of the hippocampal gyrus is recurved in the form of a hook ),   The anterior extremity of the hippocampal gyrus is recurved in the uncus ) ,


 * 1) Sentence ID: 288

uncus is separated from the apex of the temporal lobe by a slight fissure. uncus is separated from the apex of the temporal lobe by the incisura temporalis.


 * 1) Sentence ID: 289

Although superficially continuous with the hippocampal gyrus, the uncus forms morphologically a part of the rhinencephalon.


 * 1) Sentence ID: 290

The Hippocampal Fissure begins immediately behind the splenium of the corpus callosum. The fissura hippocampi ) begins immediately behind the splenium of the corpus callosum .   The dentate fissure ) begins immediately behind the splenium of the corpus callosum. The Hippocampal Fissure runs forward between the hippocampal. The fissura hippocampi ) runs forward between the hippocampal .   The dentate fissure ) runs forward between the hippocampal. The Hippocampal Fissure runs forward between the dentate gyri. The fissura hippocampi ) runs forward between the dentate gyri .   The dentate fissure ) runs forward between the dentate gyri. The Hippocampal Fissure end in the uncus. The fissura hippocampi ) end in the uncus .   The dentate fissure ) end in the uncus.


 * 1) Sentence ID: 291

Hippocampal Fissure is a complete fissure ( page 819 ). Hippocampal Fissure gives rise to the prominence of the hippocampus in the inferior cornu of the lateral ventricle.


 * 1) Sentence ID: 292

Rhinencephalon - The rhinencephalon comprises the olfactory lobe. Rhinencephalon - The rhinencephalon comprises the uncus. Rhinencephalon - The rhinencephalon comprises the subcallosal and supracallosal gyri,. Rhinencephalon - The rhinencephalon comprises the fascia dentata. Rhinencephalon - The rhinencephalon comprises hippocampi. Rhinencephalon - The rhinencephalon comprises the septum pellucidum. Rhinencephalon - The rhinencephalon comprises the fornix. Rhinencephalon - The rhinencephalon comprises the hippocampus.


 * 1) Sentence ID: 293

1.


 * 1) Sentence ID: 294

The Olfactory Lobe ) is situated under the inferior or orbital surface of the frontal lobe .   lobus olfactorius ) is situated under the inferior or orbital surface of the frontal lobe.


 * 1) Sentence ID: 295

In many vertebrates Olfactory Lobe constitutes a well-marked portion of the hemisphere ; In many vertebrates Olfactory Lobe contains an extension of the lateral ventricle ;


 * 1) Sentence ID: 295

but in man The Olfactory Lobe is rudimentary. but in some other mammals The Olfactory Lobe is rudimentary.


 * 1) Sentence ID: 296

The Olfactory Lobe consists of the olfactory bulb and tract. The Olfactory Lobe consists of the olfactory trigone. The Olfactory Lobe consists of the parolfactory area of Broca. The Olfactory Lobe consists of the anterior perforated substance.


 * 1) Sentence ID: 297

( a ) The olfactory bulb ) is an oval, reddish-gray mass which rests on the cribriform plate of the ethmoid .   ( a ) The bulbus olfactorius ) is an oval , reddish-gray mass which rests on the cribriform plate of the ethmoid. ( a ) The olfactory bulb ) forms the anterior expanded extremity of the olfactory tract .   ( a ) The bulbus olfactorius ) forms the anterior expanded extremity of the olfactory tract.


 * 1) Sentence ID: 298

olfactory bulb 's under surface receives the olfactory nerves ,


 * 1) Sentence ID: 298

olfactory nerves pass upward through the cribriform plate of the ethmoid from the olfactory region of the nasal cavity.


 * 1) Sentence ID: 299

olfactory bulb 's minute structure is described on page 848.


 * 1) Sentence ID: 300

( b ) The olfactory tract ) is a narrow white band, triangular on coronal section , the apex being directed upward .   ( b ) The tractus olfactorius ) is a narrow white band , triangular on coronal section , the apex being directed upward.