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Volumetric Data of a PolypVolumetric Data of a PolypVolumetric Data of a Polyp Erythropoiesis in Bone MarrowErythropoiesis in Bone MarrowErythropoiesis in Bone Marrow Man Sleeping with Brain Visible, cross sectionMan Sleeping with Brain Visible, cross sectionMan Sleeping with Brain Visible, cross section Surface of TongueSurface of TongueSurface of Tongue Embryo 51 Day Old with Visible Spinal CordEmbryo 51 Day Old with Visible Spinal CordEmbryo 51 Day Old with Visible Spinal Cord Woman Showing Breast AnatomyWoman Showing Breast AnatomyWoman Showing Breast Anatomy Blood Sugar Gone Awry Blood Sugar Gone Awry Blood Sugar Gone Awry Rheumatoid Factor Test and the Hip JointRheumatoid Factor Test and the Hip JointRheumatoid Factor Test and the Hip Joint Pregnant Woman with Fetus Practicing MeditationPregnant Woman with Fetus Practicing MeditationPregnant Woman with Fetus Practicing Meditation Male Pelvis Showing Prostate GlandMale Pelvis Showing Prostate GlandMale Pelvis Showing Prostate Gland Female Wearing Eyeglass Looking DownFemale Wearing Eyeglass Looking DownFemale Wearing Eyeglass Looking Down Male Thorax Displaying RibcageMale Thorax Displaying RibcageMale Thorax Displaying Ribcage
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Brain Development of 29 Day Old Embryo
The cerebral cortex--the most prominent feature when we think of a human brain--derives from the forebrain. This region is responsible for reason, planning, emotion, and problem solving, and by the end of the second trimester it is the primary visible structure. If you examine the surface of the cerebral cortex, you'll see convoluted folds; the raised surfaces are known as gyri and the "trenches" are sulci. These irregular folds provide greater surface area for cell-to-cell communication and interaction, increasing the brain's complexity.
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