Ikram Baig’s Post

This great view on the human brain anatomy allows you to comprehend the topography of the meninges and the sinus system :) You can see how the sinuses are duplicates of the dura in order to drain the venous blood away from the brain. Also you can easily see how hard and tough the dura mater is in comparison to the arachnoid that lies directly onto the brain.

Explore the fascinating world of brain anatomy with NewMind Technologies! Our updated brain map helps you understand how each part of the brain functions, from reasoning and planning in the frontal lobe to coordinating movement in the cerebellum. Dive into the science of your brain and see how neurofeedback can enhance cognitive function.

The traditional approach to opening the Sylvian fissure involves splitting the anterior limb. But which part of the fissure is contained within the anterior limb? And which segments of the middle cerebral artery are revealed during this process? Find the answers and explore more advanced techniques from the Neurosurgical Atlas.

Looks like an N-channel fiber-optic transceiver to me :) Makes sense given the corpus collosum's primary function is to facilitate communication and integrate information between the two cerebral hemispheres. https://lnkd.in/enUMaNxg

the corpus callosum (CC) is the bridge between the two hemispheres of our brain. in cases where individuals have had their CC severed, they have presented with two separate personalities for example, if you ask them a question about their preference between multiple objects, and have them say and draw which object they prefer. They will say one thing, and draw a different one. Same applies to how they feel about a certain circumstance Emerging data suggests that we all have multiple conflicting personalities/emotions/preferences that are represented by different neural networks and anatomical regions in the brain. These personalities and perspectives are processed and unified as we experience the feeling of "coming to a decision" Try keeping that in mind the next time your significant other is taking too long to decide on what restaurant to choose for dinner. Use it as a source of empathy, rather than frustration, for the complexities of the human condition :)

The Corpus Callosum: The Brain’s Information Highway 🧠 The #corpuscallosum is one of the most fascinating structures in the #brain. Often described as the brain’s “information highway,” this thick band of nerve fibers connects the left and right cerebral hemispheres, enabling smooth communication between them. ⭐️ Key Facts • It spans the longitudinal fissure of the brain, allowing integration of sensory, motor, and cognitive functions across both hemispheres. • The corpus callosum contains approximately 200–300 million axonal projections, making it the largest white matter structure in the human brain. • It plays a vital role in ensuring coordination and symmetry of movements and sharing information like language, reasoning, and emotions. ⭐️ What Happens If It’s Absent? When the corpus callosum is partially or fully absent (a condition known as agenesis of the corpus callosum), the consequences can vary: • Cognitive and motor challenges: Difficulty with complex problem-solving or coordination. • Integration issues: Challenges in combining information from both hemispheres, often leading to delays in speech or motor skills. • Neuroplasticity in action: In some cases, individuals develop unique strengths as the brain creates alternate pathways to process information. ⭐️ Fun Insight: The corpus callosum not only connects the hemispheres but also bridges creativity and logic. The left hemisphere processes analytical tasks, while the right hemisphere manages artistic and intuitive functions—both working together seamlessly. The attached illustration by Daniel CASANOVA-MARTÍNEZ beautifully visualizes this remarkable structure, showcasing the elegance of placental mammals’ neuroanatomy. #neuroscience #mammals #Utoronto #studentlife #brain #cognition #science

https://lnkd.in/dbtT2BFj Pity the fool who doesn’t know pituitary anatomy! On a brain MRI, do you just look at the size & stalk & move on? Do you know the pitfalls of pituitary anatomy? Check out this review here & the latest on pituitary imaging in @theAJNR : https://lnkd.in/dG_sC8AV Pituitary glandShow more

Ce Liang from Mehran Moazen's lab, part of UCL's UCL Centre for Integrative Anatomy, recently developed a geometrically complete new-born #skull model, including various constituents of the #craniofacial system i.e., #bones, #joints, key #organs and cavities. This video shows the processes of developing this baseline model from the head CT scan of a normal human at around 3 months old. It also highlights the normal craniofacial #growth up to 48 months. Check the paper to see how they integrated this #biomechanical model with #computational algorithms to predict the post-natal craniofacial growth in normal humans. This model also has great potential to serve as a powerful tool to study fundamental questions or theories of craniofacial growth, and to advance clinical treatment of conditions affecting the craniofacial system (such as #craniosynostosis).

Hi everyone! I’m very proud of myself because of sharing one of the interesting courses I have took participate in it and successfully finished it.The Anatomy of Brain from #Michiganuniversity In this amazing course you will: ✅Learn the gross anatomy of the central and peripheral nervous systems, and the names and functions of the cranial nerves ✅Understand how sensory information enters the brain ✅Understand how the brain and spinal cord control the muscles ✅Understand how the autonomic nervous system activates the fight or flight response https://lnkd.in/ds2EbCDK