Cerebellum 3 4 2 Superior vermis Pyramid Flocculonodular

Cerebellum [3, 4, 2] Superior vermis Pyramid Flocculonodular lobe Uvula Superior quadrate lobule M L A Anterior lobule Nodule Anterior graduate lobule C B D I H R E G F M = Mid lobe L = Left lobe R = Right lobe A= Posterior quadrate lobule B= Anterior lobule C= Folia D = Horizontal fissure E = Middle lobule F =Dorsolateral fissure G= Postlunate fissure H = Inferior semilunar lobule I = Tonsil

Hypothalamus [3, 4, 2] Dorso-medial Nucleus Limbic system Mammillothalamic tract Arcuate Nucleus M P Heart Blood rate pressure Posterior nucleus Medial proptic Anterior proptic Oxytocin A Supra chiasmatic Hypo thalamic Ventromedial Nucleus Supraoptic nucleus Paraventicular nucleus Lateral nucleus

Hippocampus [3, 4] Dentate gyrus Granulate cell layer Pyramidal layer CAIV CAIII Hilus Polymorphic layer Cavity of spatial & temporal pole U trap LEC (5) MEC (6) = Medial enthorhinal cortex (Perihinal cortex, Frontal cortex, Insular cortex, Postrhinal cortex, cingulate , Parietal , occipital cortex ) LEC (5) = Lateral enthorhinal Cortex (Pre-/parasubiculum, Pirifrom cortex, Olfactory area, Pirifrom cortex, Amygdala) CAII V trap MEC(6)

Thoracic nerve [3, 4] Motor nerve rootlet Dura matter Sensory root ganglion Arachnoid Subarachnoid space Nerve fiber Sensory nerve root Central canal White matter Pia matter Gray matter Anterior tissue

Thalamic body [3, 4] Lateral ventral posterior nucleus Lateral dorsal nucleus Lateral ventral nucleus Intralaminor nucleus Medial dorsal nucleus Reticular nucleus Lateral anterior nucleus Lateral posterior nucleus Lateral lamina Nuclei of midbrain Centro median nucleus Medial ventral posterior nucleus Anterior nucleus

Cranial nerve [3, 4] Trochlear nerve Oculomotor nerve Glossopharyngeal Nerve Hypoglossal nerve Vestibulocochlear Optic nerve Abducens nerve Facial nerve Olfactory nerve Vagus Nerve Spinal accessory nerve Trigeminal nerve

Blood vessel’s branches [3, 4] Anterior Commuratry artery Circular shape Internal carotid Artery Middle cerebral Artery Superior cerebral artery λ -shape Anterior spinal artery Pontine arteries Posterior Arteries Anterior spinal artery Basilar Artery Superior cerebral Artery Posterior cerebral Artery T -shape Anterior interior Cerebellar artery

Ce Skin nerve net [3, 3, 3, 3] Ho. S- Homeostatic Fb- Feedback C* [4]- Brain stem, dorsal horn, spinal loop, descending connections Fls[4]- Feedback local time crystal (Thyroid, Pituitary, thalamus) B*[3]- Motor cortex , parietal cortex, raphe nucleus, Hs- Homeostatic Co- Cold He- Heat Mo- Moderate Ac [5]- Activated (Touch, vibration , pain, pressure, temp) V[3]- Voluntary (Spinal loop, cortex, nerve fiber) Sh- Shiver (Sharp, week, moderate) Wh K[3] Th Pr. C Pr Sp Ex[4] D 1 D 2 D 3 Sc[3] Gr Sp Pr. M- Proprioception manospeech Ce- Cerebellum Sp- Spinal Th- Thalamus D[3]- Dorsal (Pons, Thalamus, Ventral posterior nucleus) D 1 - Dorsal root axon D 2 -Dorsal root ganglion D 3 - Dorsal columns Pr. C- Propriception cells K[3]- Kinesthesia (Trigeminal nerve, GSA fiber, Mesencephalic nucleus) Ex[4]- External haptic perception (Lateral, Pressure, following contour, exposure) N*[3]- Consciousness, non-consciousness proprioception N*[3] Pr. M De Ep Se - Sensory Sp -Spinal system Wh- White matter Gr-Gray matter Sc[3]- Spinal cord (C- fiber, A delta, fiber) Mc- Meissner’s corpuscle Ep- Epidermis layer De-Dermis layer Hy-Hypodermis layer Nb-Nerve bundle Sa-sacral Lu-Lumber Ca- Cervical Fls[4] D[3] B*[3] S Ac[5] Mc Se Ca Hy C*[4] Fb Co Sa Nb V[3] Ho. S Lu Mo Hs He Sh[3]

Cortical branches [3, 3, 2] Si x layer Cortical skin Mc Hexagonal lattice Aqueduct Body Gyrus Sc Vc Posterior horn Atrium Lateral Ventricle Interior sulus Folded horn cavity A = Occipital lobe, B= Frontal lobe C= Temporal lobe D = Perietal lobe E (6)= Neurological function F(6) = Lateral brodmann area G(6) = Medial brodmann area H(6) = Gyrus nuclei A I(6) = Formation sulus J(6) = Function sulus J (6) K(6) = Depth sulus L(6) = Gingival sulus H(6) Cc(4) = cortical columns (left , right , left right) N(4) = Neuron (Multipolar neuron, Motor neuron, Sensory neuron Anaxonic neuron Vc = Visual cortex Mc = Motor cortex Sc = somatosensory cortex Cc(4) N(4) E(6) I(6) C F(6) G(6) L(6) D X shape B K(6) U shape Branches Semi circular Anterior horn IV Ventricle system III Ventricle

MGB(2) = Median germiculate body (Thalamus, Cerebellum) Gp(2) = Glossopheringal (left part and right part) Mr = Medullary tract Th = Thalamus Me = Medulla Ti = Taste area of insula Tr = Tongue area of cortex So = Somatosansory E 1(6) = Eye 1 E 2(6) = Eye 2 A(6) = 6 nucleus (v 1, v 2, v 3, v 4, v 5, v 6) Th = Thalamus Op = Optic radiation Ic = Inferior colliculus e 1, e 2 = ear 1, ear 2 Ax Se(4) Cortex domain [3, 3, 3] DC Mr Ga Vpn Sc Th Cb Vo Ic Nf Em = Emotion Tc = Time crystal Thy = Thyroid Pe = Personality Tha = Thalamus In = Insula Ci = Cingulate St = striatum ACC= B(3) = Temporoparietal junction, reticular formation, supplementary C(3) = Amygdala, Desolation, temporal lobe Am, Mb = Amygdala, midbrain Ols(2) = Olfactory system (lobe, tract) N 1(6) = Nose 1 (6 sensor) N 2(6) = Nose 2(6 sensor) Olc(2) = Olfactory cortex (Medial and lateral orbit frontal) PTC = Personality time crystal Pc Ss Ma E 2(6) IC Op Co He A(6) Th Mb e 2 Sh Rn e 1 Hp(6) Ce Sp Dh(3) Tr E 1(6) So MGB(2) Po Me Ti Th Pc Th Gp(2) Sc = Spinal cord Th = thalamus Cb = cerebellum Pc = Proprioception cell Se(4) = Sensor (Pressure, pain, touch, vibration) Vpn = Ventral post. Nuclei DC = Dorsal column Ax = Axon Ga = Ganglion Th = Thalamus Po = Pons Ce = Cerebral Vo = Voluntary Sh = Shiver He = Heat Co =Cold Am Tc N 1(6) Em Ols(2) Am Mo Thy B(3) In C(3) Ci Acc Pe Tha St PTC Mb N 2(6) Olc(2) Hp (6) = Hippocampus (6 nucleus) Rn = Perietal cortex Nf = Nerve fiber Sp = Spinal loop Raphe nucleus Ic = Insula cortex Ss = Somato sensory Ma = Motor area Mo = Motor cortex Pc = Perietal cortex Dh(3) = Dorsal horn (Descending connection Analgesic chemical cycle)

Neuron [3, 4, 3, 3] Ca Ui-p Mu-p Bi Mi-fm Nu-fm Rh Io Py Fi-lo Ep Bu Au Fi-fe β-sp-A Mo-n AIS [3] An Br Fi Ax Se-n Nt Sy-c Jn Ax-d De Ly Ac El Io Np Jn = Junction Ax-d = Axo-dendrite Ax-s = Axo – spino dendrite Ax-d = Axo-axo- dendrite Ax-x = Axo – somatic El = Electrical Io = Ionic Np = Neuronal peak Cl = Cellular junction Sy-c = Synaptic cleft Sn-cl-co = Snare clatherin complex Nt = Neuro-transmitter Soma An-n Mi Me-Rh Ch-Co En-re Mu- in Io-Ch Me Pr-Ch (3) Cl Sn-cl-co Ax-s-d Ax-s Ax-Ax-d Fi-lo = Feedback loop Fi-fe = Filamentary feedback Mi-fm= Microfilament Nu-fm= Neurofilament β-sp-A = β – spectrin actin Rh = Rhythm Io = Ionic Ep = Electrical polarization Me- Rh = Mecalial rhythm Ca = Cavity type Bi = Bipolar , Py = Pyramidal Ui-p = Unipolar , Mu-p = Multipolar Au = Automic Bu = Bursting Ch-Co = Chemical condition An = Anatomy structure AIS[3] = Axon initial segment [Myelin sheath, Schwann cell, Node of ranvier] Mu-in = Multipolar neuron Mo-n = Motor neuron Se-n = Sensory neuron An-n = Anaxonic neuron En-re = Endoplasmic reticulum Mi = Mitochondria Ly = Lysosome De = Dendrite Br = Branch Fi = Filament Ax = Axonal Ac = Actin Fi = Filament Me = Membrane Io-Ch = Ion channel Pr- Ch (3)= Protein channel (Sheet, tear drop, wires)

length Microtubule [3, 3, 3] Dub-bell Diameter Random β Vortex Spiral α Pitch Cavity Conic Circuit Sphere Water CH 3, NH 2, = Secondary γ (15 -19) (Random, Cluster, Ordered) Protein structures Sim (A, B, AB) 3 start (13) (longitudinal , transverse, normal) Helix 4 start (16) (10 -14) Proto(6 -9) filament Water column Topology 3 start (14) Surface lattice (six lattice of tubulins) External – H 2 O Secondary Protein H 2 O (8 tubulin cavities have 9 interface with H 2 O) (normal, disperse, Interfered source) Interface Internal – H 2 O