Biological Sciences

Atlas of the Developing Mouse Brain by George Paxinos, Glenda Margaret Halliday, Charles Watson,

By George Paxinos, Glenda Margaret Halliday, Charles Watson, Yuri Koutcherov, Hongquin Wang

This atlas presents a correct and targeted depiction of all mind buildings at fetal degree E17.5, Day of beginning, and Day 6 postnatal. as well as mind constructions, the atlas delineates peripheral nerves, ganglia, arteries, veins, muscle tissues bones and different organs. it really is an quintessential consultant for the translation of anxious process alterations in gene knockout and transgenic mice. The authors are well-known leaders in mind cartography, and the delineations and portraits hyperlink the atlas with different hugely profitable Paxinos atlases, complementing the catalog of mind atlases of very best quality to be had from Elsevier. there's at present no substitute of comparable caliber and volume out there. · forty three photos and drawings of Nissl-stained coronal sections of the mind of a fetal mouse at E17.5 days· sixty five photos and drawings of Nissl-stained coronal sections of the mind of a mouse at the day of beginning· seventy three pictures and drawings of Nissl-stained coronal sections of the mind of a mouse elderly 6 days postnatal· The drawings are according to the examine of sections stained with Nissl and more than a few neuroactive components· as well as mind buildings, the atlas delineates peripheral nerves, ganglia, arteries, veins, muscular tissues bones and different organs· The accompanying CD comprises all drawings in pdf and eps codecs, and digital records of photos of the Nissl stained sections

Show description

Read Online or Download Atlas of the Developing Mouse Brain PDF

Best biological sciences books

Meristematic Tissues in Plant Growth and Development

Provides an outline of the function of meristematic tissues in plant progress and improvement. A invaluable source for plant geneticists, developmental biologists, and molecular biologists.

Fertilization

Fertilization offers in-depth studies of person examine issues, whereas emphasizing key strategies and the importance of findings inside different fields. the writer identifies crucial inquiries to be replied by means of destiny learn. Fertilization extensively covers the numerous molecular and mobile occasions of animal fertilization and incorporates a part on special difficulties and capability functions of fertilization learn.

Human Reproductive Biology

The fourth variation of Human Reproductive Biology emphasizes the organic and biomedical facets of human replica, explains advances in reproductive technology and discusses the alternatives and matters of at the present time. Generously illustrated in complete colour, the textual content offers present information regarding human reproductive anatomy and body structure.

Endocrine disruptors and the developing brain

The sphere of endocrine disruption has been the point of interest of accelerating cognizance from scientists and most people some time past 30 years, amidst matters that publicity to environmental chemical substances with the aptitude to change endocrine method functionality, often called endocrine disrupting chemical compounds (EDCs), might be contributing to an total decline in natural world populations and the reproductive wellbeing and fitness of people.

Extra info for Atlas of the Developing Mouse Brain

Example text

White lines running through this section are artifacts of histological processing. 51 PLATE 38B Callosal glioepithelium Fornix Fornical glioepithelium Medial lemniscus lu m cu Pre sub icu l Parahippocampal gyrus Parasubiculum Red nucleus Superior cerebellar peduncle Interpeduncular nucleus Oculomotor nerve fibers? Subgranular zone Interpeduncular fossa ni gr a Tegmentum um S ub Medial longitudinal fasciculus Habenulointerpeduncular tract Stratum am Pyr id Hilus ar l a ye a r ye r la n tra t u m lac u t u ia S tr a t u m rad S M CA i PO S PU Medial geniculate body Stria terminalis Lateral geniculate body s ien er or al lay Subgranular zone Oculomotor nuclear complex ia Optic tract Central gray Suprageniculate nucleus Internal capsule Meyer's loop (visual radiation) Caudate nucleus (tail) ec u l a r MIDBRAIN Ventral posteromedial nucleus l G r a nu c u l le Mo gyrus te Habenulointerpeduncular tract Mesencephalic glioepithelium/ependyma le nc du pe al br re Ce Den ta Ammon's ho r Centromedian nucleus Cerebral aqueduct White matter sule CENTRAL COMPLEX rus Insular gy BELT Subcommissural organ Pretectum CO M PL EX Cortical plate ap nal c Exter THALAMUS n Putame RETIC ULA R VE NT RA L CA3 IP H Vental posterolateral nucleus Third ventricle (pineal recess) POSTERIOR COMPLEX Temporal neuroepithelium and subventricular zone Layer I Pulvinar Fornical glioepithelium CA1 Callosal sling POSTERIOR COMPLEX Posterior striatal neuroepithelium and subventricular zone n Stria terminalis Reticular nucleus Posterior striatal neuroepithelium and subventricular zone Lateral migratory stream Temporal stratified transitional field Corpus callosum (body) Strionuclear glioepithelium Caudate nucleus (tail) Choroid plexus Pa ra br ac hi al Su nu bs cl ta eu nt s Lateral fissure Lateral ventricle r o m s um -m o l Paracentral neuroepithelium and subventricular zone Germinal and transitional structures in italics Cingulate gyrus Interhemispheric fissure Induseum griseum e Paracentral stratified transitional field Lateral ventricle Ventral tegmental area Alvear glioepithelium Entorhinal cortex PONS Parahippocampal neuroepithelium, subventricular zone, and stratified transitional field Pontine gray Temporal lobe Middle cerebellar peduncle Transpontine corticofugal tract (thick longitudinal bundles) Reticular tegmental nucleus Pontocerebellar fibers (thin transverse bundles) Pontocerebellar fibers (decussation) Subpial granular layer 52 PLATE 39A pjwstk|402064|1435432841 GW37 Coronal CR 350 mm, Y217-65 Level 13: Section 1081 See the entire section in Plate 13.

53 PLATE 39B Posterior striatal neuroepithelium and subventricular zone Germinal and transitional structures in italics Callosal glioepithelium Lateral ventricle Corpus callosum (body) Fornical glioepithelium POSTERIOR COMPLEX CSubic gr De e p e ia Pr e te c tu rfi m c Su pe M id dl Cerebral aqueduct Mesencephalic glioepithelium/ependyma Parahippocampal gyrus Temporal neuroepithelium and subventricular zone Parasubiculum Tegmentum Alvear glioepithelium Parahippocampal neuroepithelium, subventricular zone, and stratified transitional field Oculomotor nucleus (III) Reticular formation te Central tegmental tract Granular layer Hilus Molecular layer Subgranular zone Stratum lacunosummoleculare Medial longitudinal fasciculus Superior cerebellar peduncle Caudate nucleus (tail) Fimbria/fornix Brachium of the inferior colliculus Lateral lemniscus Meyer's loop (visual radiation) Hippocampus: Stratum radiatum Pyramidal layer M le al e di Stratum oriens m Temporal lobe Cerebral peduncle Pontocerebellar fibers (thin transverse bundles) White matter Cortical plate Layer I PONS Subpial granular layer Middle cerebellar peduncle Nerve V In Medial geniculate body Mesencephalic nucleus of V Reticular tegmental nucleus Pontine gray Suprageniculate nucleus ule ps ca us PO P M A ul Pos t er ior Op tic ne r id dl ew sc H IP us er Subcommissural lay y organ a er gr ay l ay Central gray M ni CA1 r ntate g y Presub icu Tectum Raphe nuclear complex De US um roid plex us m A mon' s Cho Subgranular zone rn CA3 ho l a gr Superior colliculus er l ay ve er y la e te ur hi iss m m Co Glioepithelium Stem cells of choroid plexus Fornical glioepithelium r aye yl Stria terminalis Lateral geniculate body MIDBRAIN m lu Lateral ventricle Pulvinar leus lar nuc Temporal stratified transitional field Callosal sling THALAMUS RETICULAR BELT Posterior striatal neuroepithelium and subventricular zone Caudate nucleus (tail) ic u Ret Strionuclear glioepithelium x rni Fo rn al Choroid plexus Transpontine corticofugal tract (thick longitudinal bundles) Pontocerebellar fibers (decussation) 54 PLATE 40A GW37 Coronal CR 350 mm, Y217-65, Level 14: Section 1141 See the entire section in Plate 14.

29 PLATE 24 CORTEX OF THE PRECENTRAL GYRUS Subpial granular layer (transient proliferative glial matrix) I Latest arriving cells I II II III III IV IV Large neurons are Betz pyramidal cells V V VI VI VII VII White matter 30 PLATE 25 GW37 Coronal CR 350 mm Y217-65 Near Level 14: Section 1161 CORTEX OF THE POSTCENTRAL GYRUS (Primary sensory cortex) See Plate 26 31 PLATE 26 CORTEX OF THE POSTCENTRAL GYRUS Subpial granular layer (transient proliferative glial matrix) I I Latest arriving cells II II III III IV IV V V VI VI VII VII White matter 32 PLATE 27 GW37 Coronal CR 350 mm Y217-65 Level 18: Section 1371 PARIETAL CORTEX See the entire section in Plate 18.

Download PDF sample

Rated 4.44 of 5 – based on 5 votes