#summary Medullary Reticular Formation
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This page covers biological details of component group Medullary Reticular Formation.
Component group is part of aHuman target integrated biological model.
* *Top-down path to center*: Hindbrain Myelencephalon -> Medullary Reticular Formation (HL.RF) (see [OverallMindMaps Mind Maps])
* *Function*:
* *Notes to function*: 100 small neural networks, habituation - sleep in load city but awake from crying baby
(generated)
= Components =
(generated)
*Component items*:
* *Medullary Reticular Formation, Midline Column* (HL.RF.MID)
* *Raphe Nuclei of Medulla* (LMC.HL.RP): Regulate moods, temper anxiety, and relieve depression
* [BrainRegionLMC_HL_RP_PL Raphe Pallidus Nucleus] (LMC.HL.RP.PL): Spinal pain control
* [BrainRegionLMC_HL_RP_OB Raphe Obscurus Nucleus] (LMC.HL.RP.OB): Regulate cardiovascular function via sympathetic spinal column
* [BrainRegionLMC_HL_RP_MG Raphe Magnus Nucleus] (LMC.HL.RP.MG): Inhibit head and spinal pain
* *Medullary Reticular Formation, Medial Column* (HL.RF.MED)
* [BrainRegionLRC_HL_RF_MED Central Medullary Reticular Nucleus] (LRC.HL.RF.MED): Somatic motor control, cardiovascular control, pain modulation, sleep and consciousness, habituation
* [BrainRegionLRC_HL_PRF_GCR Gigantocellular Reticular Nucleus] (LRC.HL.PRF.GCR): Vasodepressor center
* *Medullary Reticular Formation, Lateral Column* (HL.RF.LAT): Somatic motor control, cardiovascular control, pain modulation, sleep and consciousness, habituation
* *Lateral Reticular Nucleus* (LLC.HL.RF.LAT): provide cerebellum with segregated information from several spinal systems controlling posture, reaching, grasping, locomotion, scratching and respiration
* [BrainRegionLLC_HL_RF_PLRN Lateral Reticular Nucleus, Parvocellular] (LLC.HL.RF.PLRN): spinal cord projections to cerebellum, thoracolumbar
* [BrainRegionLLC_HL_RF_MLRN Lateral Reticular Nucleus, Magnocellular] (LLC.HL.RF.MLRN): spinal cord projections to cerebellum, cervical
* [BrainRegionLRC_HL_RF_SLRN Lateral Reticular Nucleus, Subtrigeminal] (LRC.HL.RF.SLRN): vestibular input
= Connectivity =
(generated)
*Internal Regions Connections:*
|| *Source Region* || *Target Region* || *Reference* ||
|| [BrainRegionLRC_HL_PRF_GCR Gigantocellular Reticular Nucleus] (LRC.HL.PRF.GCR) || [BrainRegionLRC_HL_RF_MED Central Medullary Reticular Nucleus] (LRC.HL.RF.MED) || (unknown reference) ||
*External Connections:*
*External Inbound Center Connections:*
|| *Source Center* || *Sample Link* || *Reference* ||
|| [BrainCenterFAM_FD_HB Habenula] (FAM.FD.HB) || [BrainRegionFAM_FD_LHB_MED FAM.FD.LHB.MED] -> [BrainRegionLMC_HL_RP_MG LMC.HL.RP.MG]||[http://www.nature.com/neuro/journal/v17/n9/fig_tab/nn.3779_F2.html Both LHb and MHb control the dopaminergic and serotonergic systems (LHbM -> MRN, abstract)] ||
|| [BrainCenterFD_HT Hypothalamus] (FD.HT) || [BrainRegionLAC_FD_HT_LTN LAC.FD.HT.LTN] -> [BrainRegionLMC_HL_RP_MG LMC.HL.RP.MG]||(unknown reference) ||
|| [BrainCenterHL_SN Myelencephalic Sensory Nuclei] (HL.SN) || [BrainRegionLPC_HL_TGS_STR LPC.HL.TGS.STR] -> [BrainRegionLRC_HL_PRF_GCR LRC.HL.PRF.GCR]||(unknown reference) ||
|| [BrainCenterHT_TG Pontine Tegmental Nuclei] (HT.TG) || [BrainRegionFEC_HT_TG_IPD FEC.HT.TG.IPD] -> [BrainRegionLMC_HL_RP_MG LMC.HL.RP.MG]||[http://jn.physiology.org/content/107/10/2633 Connectivity map of the habenula (IPN -> Raphe, abstract)] ||
|| [BrainRegionLLC_MM_RD Red Nucleus] (LLC.MM.RD) || [BrainRegionLLC_MM_RD LLC.MM.RD] -> [BrainRegionLLC_HL_RF_MLRN LLC.HL.RF.MLRN]||(unknown reference) ||
|| [BrainRegionLMC_MM_PAG Periaqueductal Gray Matter] (LMC.MM.PAG) || [BrainRegionLMC_MM_PAG LMC.MM.PAG] -> [BrainRegionLMC_HL_RP_MG LMC.HL.RP.MG]||[http://jn.physiology.org/content/107/10/2633 Connectivity map of the habenula (PAG -> Raphe, abstract)] ||
|| [BrainCenterLPC_HT_VBN Vestibular Nuclei] (LPC.HT.VBN) || [BrainRegionLPC_HT_LVBN LPC.HT.LVBN] -> [BrainRegionLRC_HL_RF_SLRN LRC.HL.RF.SLRN]||(unknown reference) ||
|| [BrainCenterMM_RF Mesencephalic Reticular Formation] (MM.RF) || [BrainRegionLRC_MM_SCNF LRC.MM.SCNF] -> [BrainRegionLMC_HL_RP_MG LMC.HL.RP.MG]||(unknown reference) ||
|| [BrainCenterNC_PMC Premotor Cortex] (NC.PMC) || [BrainRegionNPE_NC_PMC_AFEF NPE.NC.PMC.AFEF] -> [BrainRegionLRC_HL_PRF_GCR LRC.HL.PRF.GCR]||[http://openagrosrl.com/www/page/292/ Motor neurons control (CTX -> MRF, abstract)] ||
|| [BrainCenterNMA_NC_SMC Supplementary Motor Cortex] (NMA.NC.SMC) || [BrainRegionNMA_NC_SMC_F3 NMA.NC.SMC.F3] -> [BrainRegionLRC_HL_PRF_GCR LRC.HL.PRF.GCR]||[http://openagrosrl.com/www/page/292/ Motor neurons control (CTX -> MRF, abstract)] ||
|| [BrainCenterSC_IZ Intermediate Zone] (SC.IZ) || [BrainRegionLPC_SC_IZ_IMM LPC.SC.IZ.IMM] -> [BrainRegionLLC_HL_RF_PLRN LLC.HL.RF.PLRN]||(unknown reference) ||
*External Outbound Center Connections:*
|| *Target Center* || *Sample Link* || *Reference* ||
|| [BrainCenterBMA_SC_PH Posterior/Dorsal Horn] (BMA.SC.PH) || [BrainRegionLMC_HL_RP_MG LMC.HL.RP.MG] -> [BrainRegionLPC_SC_PH_LSG LPC.SC.PH.LSG]||(unknown reference) ||
|| [BrainCenterLLC_HT_CRC Cerebellar Complex] (LLC.HT.CRC) || [BrainRegionLLC_HL_RF_MLRN LLC.HL.RF.MLRN] -> [BrainRegionLLC_HT_CR_PV LLC.HT.CR.PV]||(unknown reference) ||
|| [BrainRegionLMC_HT_LC Locus Coeruleus] (LMC.HT.LC) || [BrainRegionLRC_HL_RF_MED LRC.HL.RF.MED] -> [BrainRegionLMC_HT_LC LMC.HT.LC]||(unknown reference) ||
|| [BrainCenterMM_RF Mesencephalic Reticular Formation] (MM.RF) || [BrainRegionLRC_HL_PRF_GCR LRC.HL.PRF.GCR] -> [BrainRegionLRC_MM_SCNF LRC.MM.SCNF]||(unknown reference) ||
|| [BrainCenterSC_IZ Intermediate Zone] (SC.IZ) || [BrainRegionLMC_HL_RP_OB LMC.HL.RP.OB] -> [BrainRegionLPC_SC_IZ_IMM LPC.SC.IZ.IMM]||(unknown reference) ||
|| [BrainCenterSC_VH Anterior/Ventral Horn] (SC.VH) || [BrainRegionLRC_HL_PRF_GCR LRC.HL.PRF.GCR] -> [BrainRegionLPC_SC_VH_PL LPC.SC.VH.PL]||[http://openagrosrl.com/www/page/292/ Motor neurons control (MRF -> EGMN, abstract)] ||