Master Neuroscience and Neuroanatomy. from Udemy

What's inside

Learning objectives

Introduction to neuroanatomy.
Development of nervous system.
Meninges.
C.s.f & ventricular system.
Blood supply to brain.
Blood brain barrier.
Histology of nervous system.
Spinal cord & its lesions.
Brown-sequard syndrome (bss).
Nerve supply to lacrimal gland.
Petrosal nerves (greater, deep & lesser petrosal nerves).
Ascending tracts.
Motor system & descending tracts.
Upper & lower motor neurons & their lesions.
Brain stem (basic concepts).
Medulla.
Pons .
Mid-brain.
Cerebellum.
Diencephalon.
Thalamus.
Hypothalamus.
Cranial nerves (basic concepts).
Oculomotor nerve and clinical correlates.
Trochlear nerve and its clinical correlates.
Abducent nerve and its clinical correlates.

Facial nerves.
Facial nerve & clinical correlates.
Glossopharyngeal & vagus nerves (9th & 10th nerves).
Ciliary ganglion and connections.
Anatomy of oculosympathetic pathway & horner's syndrome.
Pterygopalatine fossa.
Pterygopalatine ganglion.
Otic ganglion.
Basal ganglia.
Trigeminal system.
Ophthalmic nerve (lacrimal, frontal & nasociliary nerves).
Maxillary nerve and its branches.
Inner ear - auditory system.
Inner ear - vestibular system.
Vestibulo-ocular reflex.
Visual system.
Horizontal conjugate eye movements.
Cerebral cortex & speech.
A.n.s (epinephrine & nor-epinephrine).
Catecholamines synthesis, storage & release.
Anatomy of cavernous sinus & cavernous sinus syndrome.
Bulbar & pseudobulbar palsy.
Epilepsy.
Show more
Show less

Introduction to neuroanatomy.
Development of nervous system.
Meninges.
C.s.f & ventricular system.
Blood supply to brain.
Blood brain barrier.
Histology of nervous system.
Spinal cord & its lesions.
Brown-sequard syndrome (bss).
Nerve supply to lacrimal gland.
Petrosal nerves (greater, deep & lesser petrosal nerves).
Ascending tracts.
Motor system & descending tracts.
Upper & lower motor neurons & their lesions.
Brain stem (basic concepts).
Medulla.
Pons .
Mid-brain.
Cerebellum.
Diencephalon.
Thalamus.
Hypothalamus.
Cranial nerves (basic concepts).
Oculomotor nerve and clinical correlates.
Trochlear nerve and its clinical correlates.
Abducent nerve and its clinical correlates.
Facial nerves.
Facial nerve & clinical correlates.
Glossopharyngeal & vagus nerves (9th & 10th nerves).
Ciliary ganglion and connections.
Anatomy of oculosympathetic pathway & horner's syndrome.
Pterygopalatine fossa.
Pterygopalatine ganglion.
Otic ganglion.
Basal ganglia.
Trigeminal system.
Ophthalmic nerve (lacrimal, frontal & nasociliary nerves).
Maxillary nerve and its branches.
Inner ear - auditory system.
Inner ear - vestibular system.
Vestibulo-ocular reflex.
Visual system.
Horizontal conjugate eye movements.
Cerebral cortex & speech.
A.n.s (epinephrine & nor-epinephrine).
Catecholamines synthesis, storage & release.
Anatomy of cavernous sinus & cavernous sinus syndrome.
Bulbar & pseudobulbar palsy.
Epilepsy.
Show more
Show less

Syllabus

Introduction to Neuroanatomy

In this video you'll learn:

• Nervous System.

• Sensory Nervous System.

• Difference b\w Special & General senses.

• Difference b\w Visceral & Somatic sensation.

• What is proprioception?

• Difference b\w consciousness & unconsciousness level of sensation.

• Motor Nervous System.

• Difference b\w Voluntary & Involuntary Nervous System.

• Autonomic Nervous System.

• Three main divisions of the brain.

• Difference b\w Telencephalon & Diencephalon.

In this video you'll learn:

• Nervous System.

• Neurons.

• Neuroglial cells.

• Difference b\w Gray & White matter.

• Difference b\w cortex & nucleus.

• Basal nuclei.

• Tracts.

• Commissural fibers.

• Association fibers.

• Reticular formation.

• Nuclei of nerves.

• What is a nerve?

• Difference b\w Oligodendrocytes & Schwann cells.

In this video you'll learn:

1) What is Nervous System?

2) Anatomical division of C.N.S.

3) What is P.N.S?

4) Cells of Nervous System.

5) Difference b/w Neurons & Glial cells.

6) Basic structure of Neuron.

7) Difference b/w Dendrites & Axon.

8) What are Neurites?

9) Size of Neuron.

10) Morphological Classification of Neuron.

a) Unipolar or Pseudounipolar Neurons.

i) What is Ganglia?

b) Bipolr Neurons.

c) Multipolar Neuron.

11) Functional classification of Neurons.

a) Sensory Neurons.

b) Motor Neurons.

c) Interneurons.

12) What are Neurotransmitters?

13) Classification of Neurotransmitters.

14) Classification of Neurons according to axonal length.

In this video you'll learn:

1. Introduction.

2. Total volume of blood devoted to brain in one cardiac output.

3. Anatomy of blood circulation from left ventricular to brain.

4. Two systems of blood supply to brain.

a) Carotid system. (anterior system)

b) Vertebrobasilar system. (posterior system)

5. Vertebrobasilar system.

6. Location of arteries in CNS.

7. Vertebral artery anatomy.

8. Basal artery location and its terminal branches.

9. Posterior cerebral artery. (Anatomy)

10. Anterior spinal artery, location and clinical importance.

11. Posterior cerebral artery.

12. Role of deep cervical arteries, intercostal arteries and lumber arteries in blood

supply to CNS

13. Important role of great medullary artery of Adamkiewicz.

14. Location of Anterior inferior cerebellar artery (AICA), and Posterior inferior

cerebellar artery (PICA).

In this video you'll learn:

1. Anterior blood supply to brain.

2. Carotid artery, Internal carotid artery.

3. Location of carotid canal and foramen lacerum.

4. Divisions of carotid artery.

5. Communicating arteries and their importance.

6. Opthalmic artery and their branches.

7. Circle of Willis (collateral supply system).

8. Region of brain and blood supply to them by Anterior Cerebral artery, middle cerebral

artery and posterior cerebral artery.

9.Clinical importance of ACA, MCA and PCA supply to areas of brain.

In this video you'll learn:

Introduction

What is the function of Blood brain barrier.

Detailed structure of blood brain barrier.

Types of capillaries and its importance in BBB.

Continues capillaries

Fenestrated capillaries

Sinusoidal capillaries

Components involved in BBB.

Role of P. glycoprotein in BBB.

Functions of astrocytes in BBB.

which molecules cannot pass through BBB.

Big molecules .( Plasma cell)

High changed molecules.

Toxic molecules.

Which molecules can pass through BBB.

Small molecules.(H2o ,O2 ,CO2)

Glucose.

Glucose transporter in BBB.

Glut i

Amino acid transporter in BBB.

Function and mechanism of action Levo – dopa.

What is CSF? ( Cerebro spinal fluid)

Detail of Blood CSF barrier.

Fenestrated capillaries Role.

Role of ependymal cells (Choroidal epithelial cells)

Choroidal plexus.

Differences between Blood Brain Barrier and Blood CSF barriers.

Cause of BBB.

Blood brain barrier broken in following conditions;-

Trauma

Inflammation.

Infection.

Irradiation.

Neoplasia

Increased very high blood pressure

Attitude

What is vasogenic edema?

Blood brain barrier in infants?

What is Kernicternus?

In this video you'll learn:

Circum – Ventricular organs. BBB (Part II )

What are circum – ventricular organ?

CSF filled cavities.

Lateral ventricle.

Third ventricle/

4th ventricle.

Physiological leaking points. ( Blood Brain Barrier)

Circum-ventricle organs location.

Posterior Pituitary.

Median eminence.

OVLT (organum vasculasum of laminae terminalis)

Subfornical organ,

Pineal Gland.

Subcormmissural organ,

Area posterior.

What is Anencephaly?

Pineal gland and its origin in brain.

Why blood brain barrier broken in circumventricular organs.

Function of Oxytocin.

Why blood brain barrier is broken in median eminence and its importance.

What is hypothalamic, hypophysial portal system?

What is OVLT , location and function.

Subfornical organ and role of blood brain barrier.

Pineal gland and melatonin releasing in blood by broken blood brain barrier.

Sub commissural organ and its fuctions of broken blood brain barrier.

Area postrema of circum ventricular organ and its function.

Dorsal vagal triangle.

In this video you'll learn:

1. Process of Fertilization.

2. What is Ovum?

3. Difference b/w Inner Cell Mass & Outer Cell Mass.

4. What is Blastocyst?

5. Embryoblast vs Trophoblast.

6. Functions of Estrogen & Progesterone.

7. hCG & it’s Clinical importance.

8. 2nd week of Development.

9. Epiblast & Hypoblast.

10. Prochordal plate & it’s Importance.

11. Primitive Streak.

12. Conversion of Bilaminar disc into Trilaminar disc.

13. How notochord is formed?

In this video you'll learn:

1. What is Spina Bifida?

2. Derivatives of Neural tube.

3. What is Lamina Terminalis?

4. Development of Prosencephalon, Mesencephalon & Rhombencephalon.

5. What is Rathke’s Pouch?

6. Alar Plates vs Basal Plates.

7. Derivatives of Neural Crest cells.v

In this video you'll learn:

• Meninges & it’s layers.

• Venous Dural Sinuses.

• Epidural Hemorrhage & it’s Clinical Co-relates.

• What is Lucid Interval?

• How Subdural Hemorrhage occurs?

• Subarachnoid Hemorrhage & it’s causes.

• What is Circle of Willis?

• Intracerebral Hemorrhage.

In this video you'll learn:

• Pia mater

• What are denticulate ligaments?

• Conus Medullaris & Filum Terminale.

• Dura Mater & it’s Folds.

• Nerve Supply of Dura Mater.

• Epidural Spaces.

• What are Subarachnoid Cisterns?

In this video you'll learn:

1. Origin of the Maxillary nerve.

2. Cause and position of Maxillary nerve through cavernous sinus.

3. What is pterygopalatine fossa?

4. Maxillary nerve topography in pterygopalatine fossa.

5. Infra orbital canal and groove.Illustrated concept.

6. Direct branches of Maxillary nerve.

7. Infra orbit nerve and its terminal branches.

8. Meningeal branch of Maxillary never.

9. Pterygopalatine ganglion branches.

10. Zygomatic branch of maxillary nerve.

11. Zygomaticofacial , zygomaticotemporal and communicating of lacrimal nerve.

12. Posterior superior alveolar branch of Maxillary nerve and its course in Pterygopalatine fossa.

13. Middle superior alveolar and anterior superior alveolar branches ,origin course and termination.

14. Sensory supply to molar ,pre-molar canine and incisors teeth.

15. Importance of Vidian nerve.

16. Maxillary nerve branches through pterygopalatine ganglion.

17. Greater palatine nerve , course and destination.

18. Lesser palatine nerve.

19. Posterior superior lateral nasal branches.

20. Nasoplaltine nerve.

21. Pharyngeal nerve

22. Orbital branch originating from pterygopalatine ganglion.

In this video you'll learn:

1) Descending tracts and their functions.

2) What is central sulcus?

3) Function of interior and posterior region of central sulcus.

4) What is the function of the Precentral gyrus in the brain?

5) Frontal gyrus, middle frontal gyrus and Inferior frontal gyrus.

6) Function of Primary motor cortex, premotor cortex and supplementary motor cortex.

7) How is cerebellum updated about body image?

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Uses hand-drawn illustrations, which can be especially helpful for visual learners in grasping complex neuroanatomical structures and pathways

Covers clinical correlates alongside anatomical structures, which helps learners connect theoretical knowledge with real-world medical scenarios

Explores topics such as cranial nerves and the visual system, which are essential for diagnosing and understanding neurological disorders

Includes detailed coverage of the blood-brain barrier, which is crucial for understanding drug delivery and neurological diseases

Features content on the development of the nervous system, which provides a foundation for understanding congenital neurological conditions

Presents information about catecholamine synthesis, storage, and release, which is relevant to pharmacology and neuropsychiatry

Reviews summary

Comprehensive neuroanatomy with illustrations

According to learners, this course offers an exceptional and comprehensive deep dive into neuroscience and neuroanatomy, largely driven by Dr. Najeeb's clear and engaging lecture style and his highly effective hand-drawn illustrations that aid visualization. Many found the clinical correlations particularly valuable for practical application, especially for medical studies. However, students frequently note the course is extremely lengthy and requires a significant time commitment. Some reviewers also point out the dated production and video quality in older sections.

Highly detailed, not for casual learners.

"This course is a must for anyone studying medicine or neuroscience."

"Highly recommend, especially for medical students preparing for exams."

"It's definitely geared towards serious students."

"Better suited for someone with a lot of dedicated study time."

In-depth coverage with clinical relevance.

"The clinical correlations make the information so relevant."

"Very comprehensive course. Dr. Najeeb is an excellent lecturer. The content is very detailed..."

"As a medical student, this course was invaluable..."

"A fantastic resource for deep learning. The detail provided is incredible, especially the clinical correlations."

Lectures are easy to understand, concepts clear.

"Dr. Najeeb's lectures are simply phenomenal. He explains complex concepts in a way that is easy to understand and remember. His hand-drawn illustrations are a game changer..."

"I've tried multiple resources for neuroanatomy, but none compare to this... The clarity of the lectures makes it manageable."

"The gold standard for neuroanatomy lectures. Dr. Najeeb's passion and clarity are unmatched. The hand-drawn diagrams are fantastic."

"Excellent depth and clarity on difficult topics. The illustrations are very helpful."

Older videos have quality and audio issues.

"The hand-drawn diagrams are good, but the video quality can be a bit dated in some older sections."

"Good content, but the production quality is quite old. The videos are not high definition, and the audio can be inconsistent."

"Honestly, I found this course overwhelming... the video quality is poor."

"Yes, the production quality is older, but the educational value is immense."

Very comprehensive but requires significant time.

"The sheer volume of content is intimidating at first..."

"The course is very long, but worth every minute if you want to master the subject."

"The sheer length of some lectures is also a challenge. It's best used as a supplementary resource, not a primary one, unless you have a lot of time."

"My only critique is that the volume of content is massive..."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Master Neuroscience and Neuroanatomy. with these activities:

Review Basic Neuroanatomy Terminology

Show steps

Familiarize yourself with fundamental neuroanatomical terms to better understand the course lectures. This will help you grasp the spatial relationships and structures discussed.

Show steps

Create a list of key neuroanatomical terms.
Define each term using textbooks or online resources.
Draw diagrams and label structures using the terms.

Review 'Neuroanatomy Text and Atlas' by John Martin

Show steps

Use this book as a reference to deepen your understanding of neuroanatomical structures and their functions. The detailed illustrations will complement the lectures.

View Neuroanatomy Text and Atlas, Fifth Edition on Amazon

Show steps

Read the chapters corresponding to the lecture topics.
Study the illustrations and diagrams to visualize the structures.
Take notes on key concepts and anatomical relationships.

Create Flashcards for Cranial Nerves

Show steps

Memorize the cranial nerves, their functions, and clinical correlates by creating flashcards. This active recall method will reinforce your understanding.

Show steps

List all twelve cranial nerves.
For each nerve, note its origin, course, and function.
Include clinical correlates for each nerve.
Review the flashcards regularly.

Four other activities

Expand to see all activities and additional details

Show all seven activities

Review 'Clinical Neuroanatomy' by Snell

Show steps

Use this book to understand the clinical implications of neuroanatomical structures and lesions. This will help you connect your anatomical knowledge with real-world clinical scenarios.

View Clinical Anatomy by Regions on Amazon

Show steps

Read the clinical correlates sections in each chapter.
Study the case studies and clinical examples.
Relate the clinical information to the anatomical structures.

Practice Identifying Brain Structures on MRI Scans

Show steps

Improve your ability to identify brain structures on MRI scans. This will enhance your understanding of neuroanatomy in a clinical context.

Show steps

Find online resources with labeled MRI scans of the brain.
Practice identifying different structures on the scans.
Compare your answers with the labels.

Tutor other students in Neuroanatomy

Show steps

Reinforce your understanding of neuroanatomy by tutoring other students. Teaching others is a great way to solidify your own knowledge.

Show steps

Offer to tutor classmates who are struggling with the material.
Prepare explanations and examples to help them understand the concepts.
Answer their questions and provide feedback.

Create a Presentation on a Neurological Disorder

Show steps

Deepen your understanding of neuroanatomy by researching and presenting on a neurological disorder. This will help you connect anatomical knowledge with clinical applications.

Show steps

Choose a neurological disorder related to neuroanatomy.
Research the anatomical basis of the disorder.
Prepare a presentation summarizing your findings.
Present your findings to peers or colleagues.

Career center

Learners who complete Master Neuroscience and Neuroanatomy. will develop knowledge and skills that may be useful to these careers:

Anatomist

Anatomists study the structure of the human body, and a deep understanding of neuroanatomy is essential. This course helps provide exactly that with over one hundred hours of video lectures, focusing on clear concepts and hand-drawn illustrations. An anatomist will benefit from this course, which goes into detail about structures of the nervous system, including the brain, spinal cord, and nerves. With a focus on the nervous system, the material would help an anatomist when studying tissues and organs of the body, particularly the locations of nerves. This is a strong complement to any study of anatomy.

See salaries and explore the career path for Anatomist

Neuroscientist

Neuroscientists study the nervous system to understand its functions, development, and disorders. This course serves as a fundamental resource for individuals entering this field because it provides detailed and thorough lectures on various topics in neuroanatomy and neuroscience. The hand-drawn illustrations in the course help to solidify learning by providing visual aids to help understand the more complex aspects of the nervous system. A neuroscientist often collaborates with other scientists and medical professionals to discover new treatments for neurological conditions.

See salaries and explore the career path for Neuroscientist

Clinical Neuroscientist

A clinical neuroscientist works with patients to apply neuroscientific knowledge to the diagnosis and treatment of neurological disorders. This course may be useful for individuals pursuing this career, as it presents a detailed exploration of neuroanatomy and neuroscience. This includes the development of the nervous system, the meninges, the blood supply to the brain, and the histology of the nervous system. The interactive videos, combined with visual aids such as hand-drawn illustrations, are beneficial for solidifying one's understanding of these complex systems. The information presented in this course is valuable for anyone who works directly with patients.

See salaries and explore the career path for Clinical Neuroscientist

Neuropathologist

Neuropathologists examine brain and nervous system tissue to diagnose diseases. For this, they need an incredibly strong understanding of neuroanatomy and neuroscience. This course may be useful for aspiring neuropathologists because it provides a comprehensive exploration of these topics, delivered through interactive video lectures and hand-drawn illustrations. This detailed approach enables those in the field to approach the complexities of the nervous system with a solid understanding of its structure and function. A neuropathologist may use the information learned in this course when analyzing samples for diagnosis.

See salaries and explore the career path for Neuropathologist

Neurologist

A neurologist diagnoses and treats disorders of the nervous system. This role requires a deep understanding of neuroanatomy and neuroscience, which this course helps to build through its comprehensive lectures. The interactive videos that use hand-drawn illustrations facilitate a lasting knowledge of the nervous system, including the brain, spinal cord, and peripheral nerves. A neurologist may use knowledge of the material covered in this course when diagnosing various neurological conditions and determining the appropriate plans of treatment. This course may be useful, especially for a learner who is looking to approach a complex subject with visual aids.

See salaries and explore the career path for Neurologist

Research Scientist

Research scientists in neuroscience investigate the functions of the nervous system to advance our understanding of the brain and behavior. This course may be useful for this career, because the comprehensive lectures and visual aids help build a strong knowledge of neuroanatomy. The course includes a detailed look at the nervous system, its development, and its disorders, which provides a great foundation for complex research. This course may be useful for anyone who wishes to conduct deep scientific investigations of the nervous system, as it also covers the blood supply to the brain and the blood brain barrier in great detail.

See salaries and explore the career path for Research Scientist

Neurosurgeon

Neurosurgeons perform surgical procedures on the nervous system, addressing conditions of the brain, spinal cord, and peripheral nerves. This role demands a high degree of expertise in neuroanatomy and neuroscience, which this course may be useful for in building a solid foundation. The course's focus on hand-drawn illustrations and clear concepts is beneficial for learners preparing for a career where accuracy and precision are critical. This is especially useful for understanding the complexities of the nervous system. The content in this course, with its thorough coverage of neuroanatomy and physiology, may be helpful for aspiring neurosurgeons.

See salaries and explore the career path for Neurosurgeon

Medical Researcher

Medical researchers work to improve healthcare by conducting scientific studies. This may include topics in neuroanatomy or neuroscience. This course helps by building a deep understanding of the nervous system, including its structure, functions, and diseases. The course’s approach, using hand-drawn illustrations, helps solidify a basis for further study and research. A medical researcher who wishes to specialize in neurology, neurosurgery, or psychiatry may find this course particularly useful. The course's approach to explaining complex neuroscientific concepts makes this a great place to begin.

See salaries and explore the career path for Medical Researcher

Physician

Physicians diagnose and treat illnesses and injuries, and a foundational understanding of neuroscience and neuroanatomy is important in many areas of medicine. This course helps build this foundation, providing a detailed exploration of the nervous system, including its development, structure, and function. The extensive video lectures, accompanied by visual aids, help solidify a learner's understanding of the nervous system's complex structures, including the brain, spinal cord, and peripheral nerves. This course may be useful for any physician who wishes to have a more concrete, spatial understanding of neuroanatomy in particular.

See salaries and explore the career path for Physician

Psychiatrist

A psychiatrist diagnoses and treats mental, emotional, and behavioral disorders. A fundamental knowledge of the nervous system is crucial to understanding the biological basis of these conditions. This course may be useful for aspiring psychiatrists by providing comprehensive lectures with hand-drawn illustrations. This builds a strong foundation in neuroanatomy and neuroscience. For learners who need to better understand the biological basis of mental health, this course would be a great resource. The course's emphasis on clear, visual learning is also particularly helpful for students who want to gain a strong foundational knowledge of the material.

See salaries and explore the career path for Psychiatrist

Medical Illustrator

Medical illustrators create visual content for medical training, publications, and patient education. This role requires a deep understanding of both anatomy and medical concepts. This course, with its emphasis on hand-drawn illustrations, provides a unique opportunity to learn about neuroanatomy from a visual perspective. For aspiring medical illustrators, this course's detailed coverage of neuro structures is invaluable when they will need to create their own detailed illustrations of the nervous system. A medical illustrator may use knowledge of the central nervous system, peripheral nervous system, and spinal cord, among others.

See salaries and explore the career path for Medical Illustrator

Medical Writer

Medical writers create articles, educational materials, and other forms of content on medical and scientific topics. This includes the field of neurology. This course may be useful for medical writers because the lectures, which are delivered with visual aids, may provide a foundation for creating publications. The course covers a range of topics, from the development of the nervous system to its detailed anatomy. A medical writer may use this material as a basis for creating content that is easy to understand, accurate, and informative. The hand-drawn illustrations also provide useful imagery.

See salaries and explore the career path for Medical Writer

Rehabilitation Specialist

Rehabilitation specialists help patients recover from injuries or illnesses, including those affecting the nervous system. This course, with its focus on neuroanatomy and neuroscience, may be useful for building an understanding of how the nervous system functions. This may include understanding the effects of lesions to the spinal cord, and the effects of damage to different areas of the brain. The lectures emphasize clear concepts and use hand-drawn illustrations to promote a deeper understanding of the nervous system, enabling a rehabilitation specialist to better help those with neurological issues.

See salaries and explore the career path for Rehabilitation Specialist

Neuroimaging Technician

Neuroimaging technicians operate equipment to create images of the brain and nervous system. This role requires an understanding of neuroanatomy to accurately operate the equipment and interpret the results. This course may be useful for those seeking this career because the lectures help build a foundation in neuroanatomy through visual aids. This includes the central nervous system as well as the peripheral nervous system. A neuroimaging technician may use the information from this course to ensure they are performing their work with accuracy and expertise, and to provide the most accurate results.

See salaries and explore the career path for Neuroimaging Technician

Science Educator

Science educators teach scientific concepts to students of various levels. This course may be useful for science educators who are looking to improve their understanding of neuroanatomy and neuroscience. The course, which uses visual aids and hand-drawn illustrations, may be useful to science educators who wish to simplify complex subjects. Educators may use the course material for their own study, or use the visual aids to help enhance their own instruction. This course covers the central nervous system, peripheral nervous system, and all levels of the anatomy of the brain.

See salaries and explore the career path for Science Educator

Master Neuroscience and Neuroanatomy.

What's inside

Learning objectives

Syllabus

Traffic lights

Save this course

Reviews summary

Comprehensive neuroanatomy with illustrations

Activities

Career center

Reading list

Share

Similar courses