Student Research Poster Archive

hpo has sexually dimorphic gene expression in male and female fruit flies

Davies A., Rockson B., Tran R., Jensen A.

hpo has sexually dimorphic gene expression in male and female Drosophila Melanogaster

Murakami K., Yang K.,  Kim E., Ghosh M.

Dop2R does not have altered expression in female D. melanogaster exposed to GenX a potential toxicant 

Osumanu A., Ramos A., Martinez J., Blandy M., Sanchez R.

Female Drosophila melanogaster do not exhibit differences in Dop2R gene activity in the brain after exposure to GenX

Rodriguez D., Phelps S., Tyagi S., Maharem O.

brat is significantly expressed 107.5 fold more in male than in female Drosophila melanogaster at baseline

Duckett C., Kimura C., Long L., Duarte K., Pasumarthy S.

A tumor suppressor gene, brat, has sexually dimorphic gene expression in male and female D. melanogaster

Zhao A., Presnall I., Hyler I., Cann E., Yamoah B.

The dopamine regulatory gene torsin is sexually dimorphic in male and female Drosophila melanogaster.

Dela Cruz A., Guerrero K., Noda T., Vargas A.

Torsin is significantly upregulated in Male fruit fly brains compared to Female fruit fly brains

Kotamarti A.,Contreras J., Zida S., Perez Orozco D.

tay does not have a sexually dimorphic expression in female and male D. melanogaster

Sawaya A., Truong K., Cobbinah M., Benyamin M., Baidoo M.

No significant change in expression of tay in Drosophila melanogaster after exposure to GenX

Wang J., Kobayashi C., Fowzy Z., Cassel N., Quiaoit J.,

Expression of Pink1 in fruit fly brains does not have a significant change when exposed to GenX , a potential toxicant

Gonzalez A., Owusu-Hienno V., Essein D., Hayford M.

Expression of Pink1 in male and female D. melanogaster is unaffected by GenX treatment

Gonzalez C., Parelius S., Ng C. , Su J.

Expression of mitochondrial metabolic regulation gene Sirtuin 2 significantly downregulated in female compared to male D. melanogaster

Sinha A., Valencia I., Gonzalez E., Myers C.

Tumor suppressor gene l(3)mbt shows 5.09-fold greater expression in males than females Drosophila melanogaster

Fmr1 is expressed 3.714-fold higher in male Drosophila melanogaster

GenX treatment resulted in unaltered expression of protein-modification gene sir-2.1 in Caenorhabditis elegans

Thontepu T., Hernandez Perez K., Gilbert-Aiu, K

Metabolic genes nhr-49 and pxmp-4 downregulated by 4.3 fold and 1.8 fold in GenX stressed Caenorhabditis elegans (C. elegans)

Gaxiola S., Mesri., Whall D

prx-11, a gene coding peroxisome membrane protein, was upregulated by 1.7 fold in GenX-treated Caenorhabditis

Delouri P., Ranjan S.

pqm-1 & daf-16, two lifespan-regulating genes, have no significant expression changes in Caenorhabditis elegans stressed with low-concentration GenX

Gupta K., Camacho J., Reece K.

Upregulation of oxidative stress-response gene lmd-3 by 2.4-fold in Caenorhabditis elegans after GenX exposure

Ilnytskyy D., Perez C., Kozik S.

gcs-1was upregulated by 1.5-fold, and epg-3 was downregulated by 2-fold in heat stressed Caenorhabditis elegans

Cruz R., Ordonio, T., Yacoby, T.

foxo, a major regulator of cell metabolism, is expressed 1.47-fold higher in female than male Drosophila melanogasterheads under standard laboratory conditions

Erwin Y., Perko L.

1-fold expression difference in spen, a gene involved in neural development, between D. Melanogastermale and female heads

Vogel, M., Lee, J.

Heat-stressed induced gene expression ofswan-2 gene in  elegans

Udata S., Wilson J.

Sid (stress-induced DNase type-I) gene in  melanogasterheads is more active in males than females by 4-fold under control conditions

O’Connell K.

hpo* and Sid* genes are expressed 2.91-fold and 4.49-fold higher, respectively, in  melanogastermale heads than female heads under standard laboratory conditions

Garcia, D., Pehrson A.

Gene expression of Cdk4, a regulator for cell division, is expressed ~ 1.4-fold higher in  melanogaster male heads than female heads under controlled laboratory conditions

Xie, S., Walia, E.,

72-fold upregulation of autophagosome-assembly regulatorragc-1 gene in heat-stressed Caenorhabditis elegans

Yilgin A., Suro E.

Barcoding genesrbcL and matK reveal Shaw’s Agave genetic diversity while Biolog EcoPlates quantify variation in microbial substrate utilization within Pt. Loma Cabrillo National Monument

Haagensen, S., Villa, A., Rogers, M.

Apoptosis -Inducing Factor gene (AIF) in fruit fly heads is significantly upregulated (>8x*) in males compared to females under standard laboratory conditions

Hine, A., Macchiarella, A.

Gender and head- specific gene expression study reveals thathpo* & sws genes are respectively 3x & 4x upregulated in males compared to females under standard conditions

Kadiyala, A. Vazquez, L.

Statistically Significant Upregulation (3.2-fold) of heat shock protein coding gene, dnj-13in heat-stressed C. elegans

Pingol A., Serrano D.

Huazhong Agricultural University Students in partnership with Global Leadership Institute School of Global Policy and Strategy University of California San Diego

Expression ofepg-3 gene, a negative regulator of autophagosome assembly, changes inconsistently in heat-stressed Caenorhabditis elegans

Chu, F. Luan, S., Qu, C., Yang, H.

swan-2and gcs-1 genes, regulators of heat stress response, are 2-fold downregulated in Caenorhabditis elegans under heat stress

Dai, H., Gu, Y., Pan, Z., Zhang, Z., Zhou, Y.

matK Gene Sequencing Suggests High Genetic Diversity in Shaw’s Agave and Enzyme Activity Assays Reveal Diverse Microbial Activity Within Pt. Loma Ecological Preserve

Guo, L., Tang, Y., Yuan, X., Zhu, K.

Barcoding gene rbcLreveals genetic diversity of Shaw’s Agave while Biolog EcoPlate data suggests diversity in microbial carbon source utilization

Gong, Y., Wang, D., Xu, S., Xue, C.