4 October 2012
- 10:0210:02, 4 October 2012 diff hist +3,335 2012 Group Project 2 →Abnormalities of the Somatosensory Development
- 09:2109:21, 4 October 2012 diff hist +193 2012 Group Project 2 →Abnormalities of the Somatosensory system
- 09:0309:03, 4 October 2012 diff hist +137 2012 Group Project 2 No edit summary
3 October 2012
- 16:2016:20, 3 October 2012 diff hist −39 2012 Group Project 2 →Sensing Pain: The Development of Nociceptor
- 15:5615:56, 3 October 2012 diff hist +166 2012 Group Project 2 →Pain
- 15:4415:44, 3 October 2012 diff hist +23 2012 Group Project 2 →Details of Nociceptor Development
- 15:4215:42, 3 October 2012 diff hist +7 2012 Group Project 2 →Details of Nociceptor Development
- 15:4115:41, 3 October 2012 diff hist +7 2012 Group Project 2 →Details of Nociceptor Development
- 15:3915:39, 3 October 2012 diff hist +31 2012 Group Project 2 →Pain
- 15:3515:35, 3 October 2012 diff hist +8 2012 Group Project 2 →Details of Nociceptor Development
- 15:2815:28, 3 October 2012 diff hist +8 2012 Group Project 2 →Development of Nociceptors - Summary
- 15:2715:27, 3 October 2012 diff hist +148 2012 Group Project 2 →Development of Nociceptors - Summary
- 12:0312:03, 3 October 2012 diff hist −5 2012 Group Project 2 →Details of Nociceptor Development
- 12:0112:01, 3 October 2012 diff hist +2,010 N File:Chemical physiological phenotype of nociceptors.JPG The development of chemical and physiological phenotypes occurs via both intrinsic and extrinsic mechanisms. Intrinsically, nociceptors can express some level of neuropeptides such as Substance P (SP) and calcitonin gene-related peptide (CGRP). Contact wi current
- 11:5711:57, 3 October 2012 diff hist −21 2012 Group Project 2 →Details of Nociceptor Development
- 11:5611:56, 3 October 2012 diff hist +822 N File:Nociceptor Innervation Increases.JPG Innervation of peripheral tissue by nociceptors is increased in response to local neurotrophins. This is a student drawn diagram by z3332863, based on information from: <pubmed>10407031</pubmed> --------------------------------------------------------- current
- 11:4911:49, 3 October 2012 diff hist +175 Talk:2012 Group Project 2 →Search
- 11:3711:37, 3 October 2012 diff hist 0 File:Increased innervation by nociceptors.JPG uploaded a new version of "File:Increased innervation by nociceptors.JPG": Innervation of peripheral tissue by nociceptors is increased in response to local neurotrophins. This is a student drawn diagram by z3332863, based on information fr current
- 11:3411:34, 3 October 2012 diff hist +116 2012 Group Project 2 →Details of Nociceptor Development
- 11:3011:30, 3 October 2012 diff hist +822 N File:Increased innervation by nociceptors.JPG Innervation of peripheral tissue by nociceptors is increased in response to local neurotrophins. This is a student drawn diagram by z3332863, based on information from: <pubmed>10407031</pubmed> ---------------------------------------------------------
- 11:1611:16, 3 October 2012 diff hist +125 2012 Group Project 2 →Details of Nociceptor Development
- 11:1311:13, 3 October 2012 diff hist 0 2012 Group Project 2 →Details of Nociceptor Development
- 10:4510:45, 3 October 2012 diff hist +56 2012 Group Project 2 →Details of Nociceptor Development
- 10:4310:43, 3 October 2012 diff hist +1,122 N File:Axon growth.JPG The role of different molecules on the growth of the nociceptor axons. The main neurotrophin stimulating axon growth is Nerve Growth Factor (NGF). After NGF stimulation various downstream molecules are activated to cause axon elongation, branching and thi
- 10:2110:21, 3 October 2012 diff hist +12 2012 Group Project 2 →Development of Nociceptors
- 10:0810:08, 3 October 2012 diff hist +71 User:Z3332863 →Lab Attendance
2 October 2012
- 22:3822:38, 2 October 2012 diff hist +4 Talk:2012 Group Project 2 →Search
- 22:3822:38, 2 October 2012 diff hist +509 Talk:2012 Group Project 2 →Search
- 22:3322:33, 2 October 2012 diff hist 0 File:One Nociceptor Specification.JPG uploaded a new version of "File:One Nociceptor Specification.JPG": Nociceptor specification requires neurotrophins binding to TrkA receptors of neurons in the Dorsal Root Ganglia. Such signalling determines the fate of these neurons to becom current
- 22:3022:30, 2 October 2012 diff hist −254 2012 Group Project 2 →Making Connections between Afferent Sensory Fibres and the Central Nervous System (CNS)
- 22:2822:28, 2 October 2012 diff hist +59 2012 Group Project 2 →Development of Nociceptors
- 22:2722:27, 2 October 2012 diff hist +923 N File:Nociceptor survival.JPG Nociceptor survival depends on the amount of neurotrophins it recieves. Only those nociceptors that receive enough neurotrophins will survive. This is a student drawn diagram by z3332863 based on information from: <pubmed>9283812</pubmed> <pubmed>812654 current
- 22:2522:25, 2 October 2012 diff hist +4 2012 Group Project 2 →Development of Nociceptors
- 22:2422:24, 2 October 2012 diff hist +1,046 N File:One Nociceptor Specification.JPG Nociceptor specification requires neurotrophins binding to TrkA receptors of neurons in the Dorsal Root Ganglia. Such signalling determines the fate of these neurons to become nociceptors. This is a Student drawn diagram by z3332863 based on information
- 22:1422:14, 2 October 2012 diff hist −5 2012 Group Project 2 →Development of Nociceptors
- 22:1222:12, 2 October 2012 diff hist −6 2012 Group Project 2 →Development of Nociceptors
- 22:1222:12, 2 October 2012 diff hist +42 2012 Group Project 2 →Development of Nociceptors
- 22:1022:10, 2 October 2012 diff hist +39 2012 Group Project 2 →Development of Nociceptors
- 22:0722:07, 2 October 2012 diff hist 0 File:Nociceptor Specification.JPG uploaded a new version of "File:Nociceptor Specification.JPG": Nociceptor specification requires neurotrophins binding to TrkA receptors of neurons in the Dorsal Root Ganglia. Such signalling determines the fate of these neurons to become no current
- 22:0222:02, 2 October 2012 diff hist +2,170 N File:Nociceptor Specification.JPG Nociceptor specification requires neurtrophins binding to TrkA receptors of neurons in the Dorsal Root Ganglia. Such signalling determines the fate of these neurons to become nociceptors. This is a Student drawn diagram by z3332863 based on information
- 21:0721:07, 2 October 2012 diff hist +3 2012 Group Project 2 →Adult Central Somatosensory systems:
- 21:0621:06, 2 October 2012 diff hist +1,071 N File:Somatosensory Map.JPG Somatosensory pathway. Peripheral sensations are detected by receptors all over the body and are sent through sensory neurons to the s[pinal cord. Information then go through the dorsal column or up the lateral spinothalamic tract to the thalamus before b current
- 20:5220:52, 2 October 2012 diff hist 0 2012 Group Project 2 →Adult Central Somatosensory systems:
- 20:5120:51, 2 October 2012 diff hist −3 File:Somatosensory.png No edit summary current
- 20:5020:50, 2 October 2012 diff hist +609 File:Somatosensory.png No edit summary
- 20:4220:42, 2 October 2012 diff hist 0 2012 Group Project 2 →Development of Nociceptors
- 20:4120:41, 2 October 2012 diff hist +233 2012 Group Project 2 →Development of Nociceptors
- 20:3220:32, 2 October 2012 diff hist −55 2012 Group Project 2 →Development of Nociceptors
- 20:2920:29, 2 October 2012 diff hist +13 2012 Group Project 2 →Development of Nociceptors
- 20:2720:27, 2 October 2012 diff hist +112 2012 Group Project 2 →Development of Nociceptors