Infarinato N (2019) J Cell Biol "Xiaochen Wang: Building up our understanding of breaking down."

Infarinato N

[J Cell Biol, 2019]

Wang studies lysosomal degradation pathways using <i>C. elegans</i> as a model system.

Wang JT et al. (2014) Curr Biol "P granules."

Seydoux G, Wang JT

[Curr Biol, 2014]

Wang and Seydoux discuss the functional importance of P granules - the germline-specific RNA granules of C. elegans.

Wu F et al. (1990) Zhongguo Ji Sheng Chong Xue Yu Ji Sheng Chong Bing Za Zhi "[Detection of serum antibodies in jirds against antigens of Brugia malayi]."

Wang YZ, Wu F

[Zhongguo Ji Sheng Chong Xue Yu Ji Sheng Chong Bing Za Zhi, 1990]

The indirect fluorescent antibody test (IFA) using the infective larva (L3), adult worm (A) and microfilaria (Mf) antigens was applied to detect anti-filarial antibodies in jirds (Meriones unguiculatus) infected with Brugia malayi. The antibodies against L3 appeared within 3 weeks after infection, followed by A and Mf. The serum antibody levels in the jirds with positive infection were compared with those in the jirds with negative infection. Before appearance of microfilaria, there was insignificant difference between these two groups. However, significant difference was observed after the appearance of microfilaria. The method of sonicating L3 and Mf fragment antigens used in this study is simple, and its results are easy to observe.

Tiraihi A et al. (2007) Biosystems "Early onset of regionalization in EMS lineage of C. elegans embryo: a quantitative study."

Tiraihi A, Tiraihi T

[Biosystems, 2007]

Early localization of C. elegans founder cell descendents in certain regions of embryo has been documented. The purpose of this investigation is to evaluate the onset of ABp and EMS descendent cell regionalization in the embryo using the random motility coefficient as a quantitative parameter. The forward migration index (FMI) was also calculated in order to evaluate the chemotatic biases of ABp-dc and EMS-dc during regionalization. The results showed that the random motility coefficient declined as the cells tended to regionalize. The mean squared displacement (MSD) versus time plot showed a non-linear model which indicated non-random cell movement. FMI showed progressive increase as the cells tended to regionalized, and it was significantly higher in EMS-dc than ABp-dc, moreover the chemotatic biases were higher in EMS-dc than ABp-dc. The circular plots showed that the statistical differences between the two lineages were significant, while ABp-dc showed significant differences in xy, xz and yz planes; EMS derived cells showed no significant differences except in yz planes. The conclusion of this study is that the onset of early regionalization occurs in EMS-dc sooner than in ABp-dc.

Munro E (2017) Dev Cell "Protein Clustering Shapes Polarity Protein Gradients."

Munro E

[Dev Cell, 2017]

In this issue of Developmental Cell, Dickinson etal. (2017) and Rodriguez etal. (2017), along with Wang etal. (2017) in Nature Cell Biology, show how PAR protein oligomerization can dynamically couple protein diffusion and transport by cortical flow to control kinase activity gradients and polarity in the C.elegans zygote.

Rashid S et al. (2017) Dev Cell "Packing on the Pounds in Response to Bacterial Growth Conditions."

Rashid S, MacNeil LT

[Dev Cell, 2017]

Reporting in Nature Cell Biology, Lin and Wang (2017) show that bacterial methyl metabolism impacts host mitochondrial dynamics and lipid storage in C.elegans. The authors propose a model whereby bacterial metabolic products regulate a nuclear hormone receptor that promotes lipid accumulation through expression of a secreted Hedgehog-like protein.

Sural S (2023) Trends Genet "Protecting axons in grandchildren."

Sural S

[Trends Genet, 2023]

Prenatal exposure to environmental agents can influence the fitness of not only the fetus, but also subsequent generations. In a recent study, Wang et al. demonstrated that feeding ursolic acid (UA), a plant-derived compound, to Caenorhabditis elegans mothers during their reproductive period prevented neurodegeneration in not only their offspring, but also the F2 progeny.

Spalthoff C et al. (2016) Neuron "Sensing pH with TMCs."

Gopfert MC, Spalthoff C

[Neuron, 2016]

Transmembrane channel-like (TMC) proteins have been implicated in hair cell mechanotransduction, Drosophila proprioception, and sodium sensing in the nematode C.elegans. In this issue of Neuron, Wang etal. (2016) report that C.elegans TMC-1 mediates nociceptor responses to high pH, not sodium, allowing the nematode to avoid strongly alkaline environments in which most animals cannot survive.

Li T et al. (2022) STAR Protoc "Live imaging of postembryonic developmental processes in C.elegans."

Wang X, Zou Y, Li T, Feng Z

[STAR Protoc, 2022]

Live imaging is an important tool to track dynamic processes such as neuronal patterning events. Here, we describe a protocol for time-lapse microscopy analysis using neuronal migration and dendritic growth as examples. This protocol can provide detailed information for understanding cellular dynamics during postembryonic development in Caenorhabditis elegans (C. elegans). For complete details on the use and execution of this protocol, please refer to Feng etal. (2020), Li etal. (2021), and Wang etal. (2021).

Gumienny TL et al. (2003) Bioessays "A small issue addressed."

Padgett RW, Gumienny TL

[Bioessays, 2003]

Cell size is an important determinant of body size. While the genetic mechanisms of cell size regulation have been well studied in yeast, this process has only recently been addressed in multicellular organisms. One recent report by Wang et al. (2002) shows that in the nematode C. elegans, the TGFbeta-like pathway acts in the hypodermis to regulate cell size and consequently body size.((1)) This finding is an exciting step in discovering the molecular mechanisms that control cell and body size.