Plm Neuron

Microtubule polarity in the PLM neuron is reversed in wnt mutants A

The PLM Posterior Mechanoreceptor Neuron Transiently Inhibits HSN A

Individual Neurons PLM

Figure 1 from Characterization of the C elegans PLM Mechanosensory

Figure 8 from Characterization of the C elegans PLM Mechanosensory

NSY1 and JNK1 localize to presynaptic terminals of PLM mechanosensory

Model of PLM polarity regulation by LIN44 A Schematic of embryo

Neuron Activation Template

Characterization of the C elegans PLM Mechanosensory Neurons at the L1

Individual Neurons PLM

zyx1 mutants lack PLM mechanosensory synapses A Schematic depiction

a In our model stimulating PLM neurons drives twomode motorneuron

Individual Neurons PLM

RPM1 localization in developing PLM neurons A Schematic of ALM and

Figure 8 from Characterization of the C elegans PLM Mechanosensory

KHT1 and MPS1 form a complex in native PLM neurons A kht1

Model of PLM polarity regulation by LIN44 A Schematic of embryo

Use of PVD ALM and PLM neurons as models to identify proteins

Individual Neurons PLM

Figure 8 from Characterization of the C elegans PLM Mechanosensory

UNC9GFP clusters at the interface of BDU and PLM neurons AC BDU

Illustration of the PLM Response as in 11 Constant stimulation of

A Neuronal piRNA Pathway Inhibits Axon Regeneration in C elegans Neuron

KHT1 and MPS1 form a complex in native PLM neurons A kht1

Use of PVD ALM and PLM neurons as models to identify proteins

Gap junctions form between BDU and PLM neurons A Timelapse images

ppm2 regulates axon termination of PLM neurons A Schematic

PLM neurons generate an axotomyinduced calcium transient that

Frizzled and PCP components pattern PLM branching positions A

a In our model stimulating PLM neurons drives twomode motorneuron

mec12 and mec7 are essential for the PLM branch stability A

Mitochondrial morphology in PLM neurons a Schematic of the C

Expression Pattern of Hox Genes and Their Cofactors in ALM and PLM

RPM1 localization in developing PLM neurons A Schematic of ALM

Figure 8 from Characterization of the C elegans PLM Mechanosensory

A Neuronal piRNA Pathway Inhibits Axon Regeneration in C elegans Neuron

Use of PVD ALM and PLM neurons as models to identify proteins

MIG15JNK1 pathway functions cell autonomously in PLM neurons to

RPM1 localization in developing PLM neurons A Schematic of ALM

MRCs in PLM neurons AC Representative MRCs to saturated response in

Touch neuron modifications after AS Touch neuron PLML and PLMR

Overexpression and loss of MEC17 and ATAT2 disrupts the PLM synaptic

Use of PVD ALM and PLM neurons as models to identify proteins

RPM1 localization in developing PLM neurons A Schematic of ALM

PLM defects in various backgrounds and their genetic interactions A

BRC1 and BRD1 are required for axon regeneration of PLM sensory

ppm2 regulates axon termination of PLM neurons A Schematic

The touch neuron synaptic branch inhibits regrowth of the distal axon

Use of PVD ALM and PLM neurons as models to identify proteins

mRNA Decay Components Show Punctate Localization in C elegans Neurons

WntFz signalling controls anteriordirected projections of

Individual Neurons PLN

The Heterochronic Gene lin14 Controls Axonal Degeneration in C

ScienceSaturday July 8 2023 KIF1A

Synaptic vesicle mistargeting and transport defects in the gm379

Schematic summary of results Nontreated wildtype aging C elegans

anc1 functions cell autonomously to regulate axon termination in the

Neuronal aging learning from C elegans PMC

Touch receptors ALML ALMR AVM PLML PLMR and PVM of the C

Loss of klp7 rectifies the microtubule polarity switch phenotype in

Wnt Signals and Frizzled Activity Orient AnteriorPosterior Axon

mbl1 mutant display defect in axon growth and synapse formation 2 0 7

Quantification of α-tubulin acetylation levels. (a) Schematic depicts ...

Quantification of tubulin acetylation levels a Schematic depicts

KLP7 is necessary and sufficient to maintain dynamic microtubules in

DYN1 is important for axonal fusion A Illustration of the

Anatomy of C elegans somatosensory neurons SSNs and skin A

C elegans Nonet Lab Washington University in St Louis

Individual Neurons AS

A key protein for repairing broken nerves

Optogenetic manipulation of neural activity in C elegans From synapse

Hox Genes Promote Neuronal Subtype Diversification through Posterior

Snapshots of the touch neurons activities of a C elegans worm recorded

ALR1 restricts variability in mec3 expression A SMFISH for mec3

Wnt Signals and Frizzled Activity Orient AnteriorPosterior Axon

NeuroPAL A Multicolor Atlas for WholeBrain Neuronal Identification in

1 The C elegans touch receptor neurons A Visualization of touch

Perturbing RAB5 activity increases EFF1dependent axonal fusion a

Effect of onchip immobilization and housing on axonal regeneration

Specific sensory and motor neurons are accessible to isolation by FACS

Effect of axotomy of PLMs on gentle touch sensation A Schematic of a

Neurite Sprouting and Synapse Deterioration in the Aging Caenorhabditis

RPM1 inhibits UNC51 to regulate axon termination a Schematic of C

glo4 Mutants Have Defects in Axon Termination Resembling Those of

Developmental MeHg exposures do not alter the morphology of

Expanded polyglutamines in Caenorhabditis elegans cause axonal

Neural Network responsible for touch induced locomotion in C elegans

Physical presence of chemical synapses is necessary for turning

Expanded polyglutamines in Caenorhabditis elegans cause axonal

Wnt signaling and planar cell polarity genes regulate axon guidance

Epidermal control of axonal attachment via β-spectrin and the GTPase ...

Epidermal control of axonal attachment via spectrin and the GTPase

DYN1 is important for EFF1 transcriptional activity A Imaging of

Presenilin Loss Impairs Synaptic Transmission and Causes Axonal

MYO5Amediated stabilization promotes the acquisition of fusion

Flavonoids alleviate neurodegeneration in aged C elegans ad

Muscleblind1 interacts with tubulin mRNAs to regulate the microtubule

UA promotes neuronal health across generations ab Schematics top

Muscleblind1 interacts with tubulin mRNAs to regulate the microtubule

Rapid and permanent neuronal inactivation in vivo via subcellular

C elegans Modelo Clave en Neurociencia iNeurociencias

Ala48Thr variant suppresses mec15 PLManterior neurite growth defect

Cells that can express mec3lacZ in C elegans A Schematic diagram

Expanded polyglutamines in Caenorhabditis elegans cause axonal

Frontiers A light sheet fluorescence microscopy protocol for

The Apoptotic Engulfment Machinery Regulates Axonal Degeneration in C

Gap junctions and innexins have diverse roles in the C elegans nervous

fsLM facilitates profiling of transcriptional program underlying

Enteric glia genomically open poised and ready to make neurons

rpm1 A Conserved Neuronal Gene that Regulates Targeting and

Femtosecond laser microdissection for isolation of regenerating C

MEA for Primary Rodent Neurons STEMCELL Technologies

Cholinergic transmission in C elegans Functions diversity and

Axonal fusion facilitates regrowth from a second site of axotomy A

FsLM facilitates profiling of transcriptional dynamics underlying axon

Full article C elegans model of neuronal aging

Mechanosensory transduction in C elegans and Drosophil Openi

The mRNA Decay Factor CAR1LSM14 Regulates Axon Regeneration via

Axon regeneration in touch neurons and motor neurons A Cartoons of

Growth factors in synaptic function PMC

Strong anti alleles of mec12 led to severe shortening of TRN neurites

Cell Body of the Neuron

C Elegams PLM Neuron

C. Elegans ALM PLM Neuron

C Elegand PLM and ALM Neurons

C. Elegans Neuron Map ALM PLM

Neuron Isolation Culture

PVC and PLM Neuron in C Elegans

Neurons Swirl

ALM Triangle

Cholinergic Signaling

Puncta Adherentia Junction Neuron

HSN Neurons

Insulin Neuron Stain

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