23 Publications
2020
917 A NOVEL MECHANISM OF SMALL HETERODIMER PARTNER, CLOCK MACHINERY REV-ERBα, AND CYTOCHROME P450 4A IN THE PATHOGENESIS OF ALCOHOL-INDUCED LIVER INJURY
Yang, Zhihong⋅Yang, Zhihong⋅Yang, Zhihong⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Zhang, Ting⋅Zhang, Ting⋅Zhang, Ting⋅han, sen⋅han, sen⋅han, sen⋅Jiang, Yanchao⋅Jiang, Yanchao⋅Jiang, Yanchao⋅Meng, Fanyin⋅Meng, Fanyin⋅Meng, Fanyin⋅Francis, Heather L⋅Francis, Heather L⋅Francis, Heather L⋅Alpini, Gianfranco⋅Alpini, Gianfranco⋅Alpini, Gianfranco⋅Ross, Ruth Ann⋅Ross, Ruth Ann⋅Ross, Ruth Ann⋅Liangpunsakul, Suthat⋅Liangpunsakul, Suthat and Liangpunsakul, Suthat
Gastroenterology, vol. 158, (no. 6), pp. S-1297, 2020-05-00. | Journal Article
 
Alcohol Metabolizing Enzymes, Microsomal Ethanol Oxidizing System, Cytochrome P450 2E1, Catalase, and Aldehyde Dehydrogenase in Alcohol-Associated Liver Disease
Jiang, Yanchao⋅Jiang, Yanchao⋅Zhang, Ting⋅Zhang, Ting⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Han, Sen⋅Han, Sen⋅Yang, Zhihong⋅Yang, Zhihong⋅Liangpunsakul, Suthat and Liangpunsakul, Suthat
Biomedicines, vol. 8, (no. 3), pp. 50, 2020-Mar-04. | Journal Article
 
Blockade of IL-17 signaling reverses alcohol-induced liver injury and excessive alcohol drinking in mice.
Xu, Jun⋅Xu, Jun⋅Xu, Jun⋅Xu, Jun⋅Ma, Hsiao-Yen⋅Ma, Hsiao-Yen⋅Ma, Hsiao-Yen⋅Ma, Hsiao-Yen⋅Liu, Xiao⋅Liu, Xiao⋅Liu, Xiao⋅Liu, Xiao⋅Rosenthal, Sara⋅Rosenthal, Sara⋅Rosenthal, Sara⋅Rosenthal, Sara⋅Baglieri, Jacopo⋅Baglieri, Jacopo⋅Baglieri, Jacopo⋅Baglieri, Jacopo⋅McCubbin, Ryan⋅McCubbin, Ryan⋅McCubbin, Ryan⋅McCubbin, Ryan⋅Sun, Mengxi⋅Sun, Mengxi⋅Sun, Mengxi⋅Sun, Mengxi⋅Koyama, Yukinori⋅Koyama, Yukinori⋅Koyama, Yukinori⋅Koyama, Yukinori⋅Geoffroy, Cedric G⋅Geoffroy, Cedric G⋅Geoffroy, Cedric G⋅Geoffroy, Cedric G⋅Saijo, Kaoru⋅Saijo, Kaoru⋅Saijo, Kaoru⋅Saijo, Kaoru⋅Shang, Linshan⋅Shang, Linshan⋅Shang, Linshan⋅Shang, Linshan⋅Nishio, Takahiro⋅Nishio, Takahiro⋅Nishio, Takahiro⋅Nishio, Takahiro⋅Maricic, Igor⋅Maricic, Igor⋅Maricic, Igor⋅Maricic, Igor⋅Kreifeldt, Max⋅Kreifeldt, Max⋅Kreifeldt, Max⋅Kreifeldt, Max⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Roberts, Amanda⋅Roberts, Amanda⋅Roberts, Amanda⋅Roberts, Amanda⋅Zheng, Binhai⋅Zheng, Binhai⋅Zheng, Binhai⋅Zheng, Binhai⋅Kumar, Vipin⋅Kumar, Vipin⋅Kumar, Vipin⋅Kumar, Vipin⋅Zengler, Karsten⋅Zengler, Karsten⋅Zengler, Karsten⋅Zengler, Karsten⋅Pizzo, Donald P⋅Pizzo, Donald P⋅Pizzo, Donald P⋅Pizzo, Donald P⋅Hosseini, Mojgan⋅Hosseini, Mojgan⋅Hosseini, Mojgan⋅Hosseini, Mojgan⋅Contet, Candice⋅Contet, Candice⋅Contet, Candice⋅Contet, Candice⋅Glass, Christopher K⋅Glass, Christopher K⋅Glass, Christopher K⋅Glass, Christopher K⋅Liangpunsakul, Suthat⋅Liangpunsakul, Suthat⋅Liangpunsakul, Suthat⋅Liangpunsakul, Suthat⋅Tsukamoto, Hidekazu⋅Tsukamoto, Hidekazu⋅Tsukamoto, Hidekazu⋅Tsukamoto, Hidekazu⋅Gao, Bin⋅Gao, Bin⋅Gao, Bin⋅Gao, Bin⋅Karin, Michael⋅Karin, Michael⋅Karin, Michael⋅Karin, Michael⋅Brenner, David A⋅Brenner, David A⋅Brenner, David A⋅Brenner, David A⋅Koob, George F⋅Koob, George F⋅Koob, George F⋅Koob, George F⋅Kisseleva, Tatiana⋅Kisseleva, Tatiana⋅Kisseleva, Tatiana and Kisseleva, Tatiana
JCI insight, vol. 5, (no. 3), February 13, 2020. | Journal Article
 
Critical Role of microRNA-21 in the Pathogenesis of Liver Diseases
Zhang, Ting⋅Zhang, Ting⋅Yang, Zhihong⋅Yang, Zhihong⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Han, Sen⋅Han, Sen⋅Liangpunsakul, Suthat and Liangpunsakul, Suthat
Frontiers in medicine, vol. 7, pp. 7, 2020-00-00. | Journal Article
2019
Intercellular Communication between Hepatic Cells in Liver Diseases
Sato, Keisaku⋅Sato, Keisaku⋅Sato, Keisaku⋅Sato, Keisaku⋅Sato, Keisaku⋅Kennedy, Lindsey⋅Kennedy, Lindsey⋅Kennedy, Lindsey⋅Kennedy, Lindsey⋅Kennedy, Lindsey⋅Liangpunsakul, Suthat⋅Liangpunsakul, Suthat⋅Liangpunsakul, Suthat⋅Liangpunsakul, Suthat⋅Liangpunsakul, Suthat⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Yang, Zhihong⋅Yang, Zhihong⋅Yang, Zhihong⋅Yang, Zhihong⋅Yang, Zhihong⋅Meng, Fanyin⋅Meng, Fanyin⋅Meng, Fanyin⋅Meng, Fanyin⋅Meng, Fanyin⋅Glaser, Shannon⋅Glaser, Shannon⋅Glaser, Shannon⋅Glaser, Shannon⋅Glaser, Shannon⋅Francis, Heather⋅Francis, Heather⋅Francis, Heather⋅Francis, Heather⋅Francis, Heather⋅Alpini, Gianfranco⋅Alpini, Gianfranco⋅Alpini, Gianfranco⋅Alpini, Gianfranco and Alpini, Gianfranco
International journal of molecular sciences, vol. 20, (no. 9), pp. 2180, 2019-May-02. | Journal Article
 
Knockdown of vimentin reduces mesenchymal phenotype of cholangiocytes in the Mdr2−/− mouse model of primary sclerosing cholangitis (PSC)
Zhou, Tianhao⋅Zhou, Tianhao⋅Zhou, Tianhao⋅Zhou, Tianhao⋅Zhou, Tianhao⋅Zhou, Tianhao⋅Zhou, Tianhao⋅Zhou, Tianhao⋅Zhou, Tianhao⋅Kyritsi, Konstantina⋅Kyritsi, Konstantina⋅Kyritsi, Konstantina⋅Kyritsi, Konstantina⋅Kyritsi, Konstantina⋅Kyritsi, Konstantina⋅Kyritsi, Konstantina⋅Kyritsi, Konstantina⋅Kyritsi, Konstantina⋅Wu, Nan⋅Wu, Nan⋅Wu, Nan⋅Wu, Nan⋅Wu, Nan⋅Wu, Nan⋅Wu, Nan⋅Wu, Nan⋅Wu, Nan⋅Francis, Heather⋅Francis, Heather⋅Francis, Heather⋅Francis, Heather⋅Francis, Heather⋅Francis, Heather⋅Francis, Heather⋅Francis, Heather⋅Francis, Heather⋅Yang, Zhihong⋅Yang, Zhihong⋅Yang, Zhihong⋅Yang, Zhihong⋅Yang, Zhihong⋅Yang, Zhihong⋅Yang, Zhihong⋅Yang, Zhihong⋅Yang, Zhihong⋅Chen, Lixian⋅Chen, Lixian⋅Chen, Lixian⋅Chen, Lixian⋅Chen, Lixian⋅Chen, Lixian⋅Chen, Lixian⋅Chen, Lixian⋅Chen, Lixian⋅O'Brien, April⋅O'Brien, April⋅O'Brien, April⋅O'Brien, April⋅O'Brien, April⋅O'Brien, April⋅O'Brien, April⋅O'Brien, April⋅O'Brien, April⋅Kennedy, Lindsey⋅Kennedy, Lindsey⋅Kennedy, Lindsey⋅Kennedy, Lindsey⋅Kennedy, Lindsey⋅Kennedy, Lindsey⋅Kennedy, Lindsey⋅Kennedy, Lindsey⋅Kennedy, Lindsey⋅Ceci, Ludovica⋅Ceci, Ludovica⋅Ceci, Ludovica⋅Ceci, Ludovica⋅Ceci, Ludovica⋅Ceci, Ludovica⋅Ceci, Ludovica⋅Ceci, Ludovica⋅Ceci, Ludovica⋅Meadows, Vik⋅Meadows, Vik⋅Meadows, Vik⋅Meadows, Vik⋅Meadows, Vik⋅Meadows, Vik⋅Meadows, Vik⋅Meadows, Vik⋅Meadows, Vik⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Wu, Chaodong⋅Wu, Chaodong⋅Wu, Chaodong⋅Wu, Chaodong⋅Wu, Chaodong⋅Wu, Chaodong⋅Wu, Chaodong⋅Wu, Chaodong⋅Wu, Chaodong⋅Baiocchi, Leonardo⋅Baiocchi, Leonardo⋅Baiocchi, Leonardo⋅Baiocchi, Leonardo⋅Baiocchi, Leonardo⋅Baiocchi, Leonardo⋅Baiocchi, Leonardo⋅Baiocchi, Leonardo⋅Baiocchi, Leonardo⋅Skill, Nicholas J⋅Skill, Nicholas J⋅Skill, Nicholas J⋅Skill, Nicholas J⋅Skill, Nicholas J⋅Skill, Nicholas J⋅Skill, Nicholas J⋅Skill, Nicholas J⋅Skill, Nicholas J⋅Saxena, Romil⋅Saxena, Romil⋅Saxena, Romil⋅Saxena, Romil⋅Saxena, Romil⋅Saxena, Romil⋅Saxena, Romil⋅Saxena, Romil⋅Saxena, Romil⋅Sybenga, Amelia⋅Sybenga, Amelia⋅Sybenga, Amelia⋅Sybenga, Amelia⋅Sybenga, Amelia⋅Sybenga, Amelia⋅Sybenga, Amelia⋅Sybenga, Amelia⋅Sybenga, Amelia⋅Xie, Linglin⋅Xie, Linglin⋅Xie, Linglin⋅Xie, Linglin⋅Xie, Linglin⋅Xie, Linglin⋅Xie, Linglin⋅Xie, Linglin⋅Xie, Linglin⋅Liangpunsakul, Suthat⋅Liangpunsakul, Suthat⋅Liangpunsakul, Suthat⋅Liangpunsakul, Suthat⋅Liangpunsakul, Suthat⋅Liangpunsakul, Suthat⋅Liangpunsakul, Suthat⋅Liangpunsakul, Suthat⋅Liangpunsakul, Suthat⋅Meng, Fanyin⋅Meng, Fanyin⋅Meng, Fanyin⋅Meng, Fanyin⋅Meng, Fanyin⋅Meng, Fanyin⋅Meng, Fanyin⋅Meng, Fanyin⋅Meng, Fanyin⋅Alpini, Gianfranco⋅Alpini, Gianfranco⋅Alpini, Gianfranco⋅Alpini, Gianfranco⋅Alpini, Gianfranco⋅Alpini, Gianfranco⋅Alpini, Gianfranco⋅Alpini, Gianfranco⋅Alpini, Gianfranco⋅Glaser, Shannon⋅Glaser, Shannon⋅Glaser, Shannon⋅Glaser, Shannon⋅Glaser, Shannon⋅Glaser, Shannon⋅Glaser, Shannon⋅Glaser, Shannon and Glaser, Shannon
EBioMedicine, vol. 48, pp. 142, October 2019. | Journal Article
 
Knockdown of vimentin reduces mesenchymal phenotype of cholangiocytes in the Mdr2−/− mouse model of primary sclerosing cholangitis (PSC)Research in context
Zhou, Tianhao⋅Zhou, Tianhao⋅Zhou, Tianhao⋅Zhou, Tianhao⋅Kyritsi, Konstantina⋅Kyritsi, Konstantina⋅Kyritsi, Konstantina⋅Kyritsi, Konstantina⋅Wu, Nan⋅Wu, Nan⋅Wu, Nan⋅Wu, Nan⋅Francis, Heather⋅Francis, Heather⋅Francis, Heather⋅Francis, Heather⋅Yang, Zhihong⋅Yang, Zhihong⋅Yang, Zhihong⋅Yang, Zhihong⋅Chen, Lixian⋅Chen, Lixian⋅Chen, Lixian⋅Chen, Lixian⋅O'Brien, April⋅O'Brien, April⋅O'Brien, April⋅O'Brien, April⋅Kennedy, Lindsey⋅Kennedy, Lindsey⋅Kennedy, Lindsey⋅Kennedy, Lindsey⋅Ceci, Ludovica⋅Ceci, Ludovica⋅Ceci, Ludovica⋅Ceci, Ludovica⋅Meadows, Vik⋅Meadows, Vik⋅Meadows, Vik⋅Meadows, Vik⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Wu, Chaodong⋅Wu, Chaodong⋅Wu, Chaodong⋅Wu, Chaodong⋅Baiocchi, Leonardo⋅Baiocchi, Leonardo⋅Baiocchi, Leonardo⋅Baiocchi, Leonardo⋅Skill, Nicholas⋅Skill, Nicholas⋅Skill, Nicholas⋅Skill, Nicholas⋅Saxena, Romil⋅Saxena, Romil⋅Saxena, Romil⋅Saxena, Romil⋅Sybenga, Amelia⋅Sybenga, Amelia⋅Sybenga, Amelia⋅Sybenga, Amelia⋅Xie, Linglin⋅Xie, Linglin⋅Xie, Linglin⋅Xie, Linglin⋅Liangpunsakul, Suthat⋅Liangpunsakul, Suthat⋅Liangpunsakul, Suthat⋅Liangpunsakul, Suthat⋅Meng, Fanyin⋅Meng, Fanyin⋅Meng, Fanyin⋅Meng, Fanyin⋅Alpini, Gianfranco⋅Alpini, Gianfranco⋅Alpini, Gianfranco⋅Alpini, Gianfranco⋅Glaser, Shannon⋅Glaser, Shannon⋅Glaser, Shannon and Glaser, Shannon
EBioMedicine, vol. 48, pp. 142, 2019-10-01. | Journal Article
 
Possible application of melatonin treatment in human diseases of the biliary tract
Baiocchi, Leonardo⋅Baiocchi, Leonardo⋅Baiocchi, Leonardo⋅Zhou, Tianhao⋅Zhou, Tianhao⋅Zhou, Tianhao⋅Liangpunsakul, Suthat⋅Liangpunsakul, Suthat⋅Liangpunsakul, Suthat⋅Ilaria, Lenci⋅Ilaria, Lenci⋅Ilaria, Lenci⋅Milana, Martina⋅Milana, Martina⋅Milana, Martina⋅Meng, Fanyin⋅Meng, Fanyin⋅Meng, Fanyin⋅Kennedy, Lindsey⋅Kennedy, Lindsey⋅Kennedy, Lindsey⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Yang, Zhihong⋅Yang, Zhihong⋅Yang, Zhihong⋅Ceci, Ludovica⋅Ceci, Ludovica⋅Ceci, Ludovica⋅Glaser, Shannon⋅Glaser, Shannon⋅Glaser, Shannon⋅Francis, Heather⋅Francis, Heather⋅Francis, Heather⋅Alpini, Gianfranco⋅Alpini, Gianfranco and Alpini, Gianfranco
American journal of physiology. Gastrointestinal and liver physiology, vol. 317, (no. 5), pp. G660, 2019-11-01. | Journal Article
 
Serum Metabolomic Profiling Identifies Key Metabolic Signatures Associated With Pathogenesis of Alcoholic Liver Disease in Humans
Yang, Zhihong⋅Yang, Zhihong⋅Yang, Zhihong⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Ross, Ruth A⋅Ross, Ruth A⋅Ross, Ruth A⋅Heathers, Laura⋅Heathers, Laura⋅Heathers, Laura⋅Chandler, Kristina⋅Chandler, Kristina⋅Chandler, Kristina⋅Oshodi, Adepeju⋅Oshodi, Adepeju⋅Oshodi, Adepeju⋅Thoudam, Themis⋅Thoudam, Themis⋅Thoudam, Themis⋅Li, Feng⋅Li, Feng⋅Li, Feng⋅Wang, Li⋅Wang, Li⋅Wang, Li⋅Liangpunsakul, Suthat⋅Liangpunsakul, Suthat and Liangpunsakul, Suthat
Hepatology Communications, vol. 3, (no. 4), pp. 542-557, Apr 2019. | Journal Article
 
The MicroRNA Cluster of MiR-15a, MiR-27a, and MiR-92a Is Associated With Diminished Interleukin 10 Levels and Decreased Frequency and Immune Suppressor Function of Type 1 Regulatory T Cells in Patients With Abdominal Aortic Aneurysms
King, Justin⋅King, Justin⋅King, Justin⋅King, Justin⋅Green, Linden⋅Green, Linden⋅Green, Linden⋅Green, Linden⋅Leckie, Katherin⋅Leckie, Katherin⋅Leckie, Katherin⋅Leckie, Katherin⋅Wang, Keisin⋅Wang, Keisin⋅Wang, Keisin⋅Wang, Keisin⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Maijub, John⋅Maijub, John⋅Maijub, John⋅Maijub, John⋅Fajardo, Andres⋅Fajardo, Andres⋅Fajardo, Andres⋅Fajardo, Andres⋅Motaganahalli, Raghu⋅Motaganahalli, Raghu⋅Motaganahalli, Raghu⋅Motaganahalli, Raghu⋅Murphy, Michael⋅Murphy, Michael⋅Murphy, Michael and Murphy, Michael
Journal of Vascular Surgery, vol. 70, (no. 3), pp. e61, 2019. | Journal Article
2018
Association Between Aldehyde Dehydrogenase 2 Glu504Lys Polymorphism and Alcoholic Liver Disease
Chang, Binxia⋅Chang, Binxia⋅Hao, Shuli⋅Hao, Shuli⋅Zhang, Longyu⋅Zhang, Longyu⋅Gao, Miaomiao⋅Gao, Miaomiao⋅Sun, Ying⋅Sun, Ying⋅Huang, Ang⋅Huang, Ang⋅Teng, Guangju⋅Teng, Guangju⋅Li, Baosen⋅Li, Baosen⋅Crabb, David W⋅Crabb, David W⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Wang, Li⋅Wang, Li⋅Liangpunsakul, Suthat⋅Liangpunsakul, Suthat⋅Zou, Zhengsheng and Zou, Zhengsheng
The American Journal of the Medical Sciences, vol. 356, (no. 1), pp. 14, July 2018. | Journal Article
 
Folate Deficiency Facilitates Genomic Integration of Human Papillomavirus Type 16 DNA In Vivo in a Novel Mouse Model for Rapid Oncogenic Transformation of Human Keratinocytes
Xiao, Suhong⋅Xiao, Suhong⋅Xiao, Suhong⋅Tang, Ying-Sheng⋅Tang, Ying-Sheng⋅Tang, Ying-Sheng⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Stabler, Sally P⋅Stabler, Sally P⋅Stabler, Sally P⋅Zhang, Ying⋅Zhang, Ying⋅Zhang, Ying⋅Antony, Asok C⋅Antony, Asok C and Antony, Asok C
The Journal of nutrition, vol. 148, (no. 3), pp. 400, 2018-03-01. | Journal Article
 
Levels of circulating follicular helper T cells, T helper 1 cells, and the prognostic significance of soluble form of CD40 ligand on survival in patients with alcoholic cirrhosis
Hollister, Kristin⋅Hollister, Kristin⋅Hollister, Kristin⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Ross, Ruth Ann⋅Ross, Ruth Ann⋅Ross, Ruth Ann⋅Chandler, Kristina⋅Chandler, Kristina⋅Chandler, Kristina⋅Oshodi, AdePeju⋅Oshodi, AdePeju⋅Oshodi, AdePeju⋅Heathers, Laura⋅Heathers, Laura⋅Heathers, Laura⋅Teagarden, Sean⋅Teagarden, Sean⋅Teagarden, Sean⋅Wang, Li⋅Wang, Li⋅Wang, Li⋅Dent, Alexander L⋅Dent, Alexander L⋅Dent, Alexander L⋅Liangpunsakul, Suthat⋅Liangpunsakul, Suthat and Liangpunsakul, Suthat
Liver Research, vol. 2, (no. 1), pp. 59, March 2018. | Journal Article
2017
Evidence Favoring a Positive Feedback Loop for Physiologic Auto Upregulation of hnRNP-E1 during Prolonged Folate Deficiency in Human Placental Cells
Tang, Ying-Sheng⋅Tang, Ying-Sheng⋅Tang, Ying-Sheng⋅Khan, Rehana A⋅Khan, Rehana A⋅Khan, Rehana A⋅Xiao, Suhong⋅Xiao, Suhong⋅Xiao, Suhong⋅Hansen, Deborah K⋅Hansen, Deborah K⋅Hansen, Deborah K⋅Stabler, Sally P⋅Stabler, Sally P⋅Stabler, Sally P⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Jayaram, Hiremagalur N⋅Jayaram, Hiremagalur N⋅Jayaram, Hiremagalur N⋅Antony, Aśok C⋅Antony, Aśok C and Antony, Aśok C
The Journal of nutrition, vol. 147, (no. 4), pp. 498, 2017-04-00. | Journal Article
2014
From the covalent linkage of drugs to novel inhibitors of ribonucleotide reductase: Synthesis and biological evaluation of valproic esters of 3′-C-methyladenosine
Petrelli, Riccardo⋅Petrelli, Riccardo⋅Meli, Maria⋅Meli, Maria⋅Vita, Patrizia⋅Vita, Patrizia⋅Torquati, Ilaria⋅Torquati, Ilaria⋅Ferro, Arianna⋅Ferro, Arianna⋅Vodnala, Munender⋅Vodnala, Munender⋅D’Alessandro, Natale⋅D'Alessandro, Natale⋅Tolomeo, Manlio⋅Tolomeo, Manlio⋅Del Bello, Fabio⋅Del Bello, Fabio⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Franchetti, Palmarisa⋅Franchetti, Palmarisa⋅Grifantini, Mario⋅Grifantini, Mario⋅Jayaram, Hiremagalur N⋅Jayaram, Hiremagalur N⋅Hofer, Anders⋅Hofer, Anders⋅Cappellacci, Loredana and Cappellacci, Loredana
Bioorganic & Medicinal Chemistry Letters, vol. 24, (no. 22), pp. 5309, 2014-11-15. | Journal Article
2012
Influence of physiologic folate deficiency on human papillomavirus type 16 (HPV16)-harboring human keratinocytes in vitro and in vivo
Xiao, Suhong⋅Xiao, Suhong⋅Tang, Ying-Sheng⋅Tang, Ying Sheng⋅Khan, Rehana A⋅Khan, Rehana A⋅Zhang, Yonghua⋅Zhang, Yonghua⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Stabler, Sally P⋅Stabler, Sally P⋅Jayaram, Hiremagalur N⋅Jayaram, Hiremagalur N⋅Antony, Asok C and Antony, Asok C
The Journal of biological chemistry, vol. 287, (no. 15), pp. 12577, 2012-Apr-06. | Journal Article
2011
A water soluble parthenolide analog suppresses in vivo tumor growth of two tobacco‐associated cancers, lung and bladder cancer, by targeting NF‐κB and generating reactive oxygen species
Shanmugam, Rajasubramaniam⋅Shanmugam, Rajasubramaniam⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Appaiah, Hitesh⋅Appaiah, Hitesh⋅Cheng, Liang⋅Cheng, Liang⋅Crooks, Peter⋅Crooks, Peter A⋅Neelakantan, Sundar⋅Neelakantan, Sundar⋅Peat, Tyler⋅Peat, Tyler⋅Klaunig, James⋅Klaunig, James⋅Matthews, William⋅Matthews, William⋅Nakshatri, Harikrishna⋅Nakshatri, Harikrishna⋅Sweeney, Christopher J and Sweeney, Christopher J
International Journal of Cancer, vol. 128, (no. 10), pp. 2494, 15 May 2011. | Journal Article
 
Cloning, expression and characterization of mouse (Mus musculus) nicotinamide 5'-mononucleotide adenylyltransferase-2.
Raches, David W⋅Raches, David W⋅Raches, David W⋅Xiao, Suhong⋅Xiao, Suhong⋅Xiao, Suhong⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Yalowitz, Joel⋅Yalowitz, Joel⋅Yalowitz, Joel⋅Sanghani, Paresh⋅Sanghani, Paresh⋅Sanghani, Paresh⋅Long, Eric C⋅Long, Eric C⋅Long, Eric C⋅Antony, Aśok C⋅Antony, Asok C⋅Antony, Aśok C⋅Jayaram, Hiremagalur N⋅Jayaram, Hiremagalur N and Jayaram, Hiremagalur N
Medicinal chemistry (Shariqah (United Arab Emirates)), vol. 7, (no. 6), pp. 718-726, November 2011. | Journal Article
 
Cofactor-type inhibitors of inosine monophosphate dehydrogenase via modular approach: Targeting the pyrophosphate binding sub-domain
Felczak, Krzysztof⋅Felczak, Krzysztof Z⋅Chen, Liqiang⋅Chen, Liqiang⋅Wilson, Daniel⋅Wilson, Daniel J⋅Williams, Jessica⋅Williams, Jessica M⋅Vince, Robert⋅Vince, Robert⋅Petrelli, Riccardo⋅Petrelli, Riccardo⋅Jayaram, Hiremagalur N⋅Jayaram, Hiremagalur N⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Kumar, Mohineesh⋅Kumar, Mohineesh⋅Pankiewicz, Krzysztof W and Pankiewicz, Krzysztof W
Bioorganic & Medicinal Chemistry, vol. 19, (no. 5), pp. 1605, 2011-03-01. | Journal Article
 
Synthesis and biological activity of novel N6-substituted and 2,N6-disubstituted adenine ribo- and 3′-C-methyl-ribonucleosides as antitumor agents
Cappellacci, Loredana⋅Cappellacci, Loredana⋅Petrelli, Riccardo⋅Petrelli, Riccardo⋅Franchetti, Palmarisa⋅Franchetti, Palmarisa⋅Vita, Patrizia⋅Vita, Patrizia⋅Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Kumar, Mohineesh⋅Kumar, Mohineesh⋅Jayaram, Hiremagalur N⋅Jayaram, Hiremagalur N⋅Zhou, Bingsen⋅Zhou, Bingsen⋅Yen, Yun⋅Yen, Yun⋅Grifantini, Mario and Grifantini, Mario
European journal of medicinal chemistry, vol. 46, (no. 5), pp. 1504, 2011-May. | Journal Article
2010
Abstract 1506: Prodrug targeted gene therapy for colorectal cancer
Kusumanchi, Praveen⋅Kusumanchi, Praveen⋅Zhang, Yonghua⋅Zhang, Yonghua⋅Chakka, Padma⋅Chakka, Padma⋅Jayaram, Nagesh H⋅Jayaram, Nagesh H⋅Khan, Rehana⋅Khan, Rehana⋅Antony, Asok C⋅Antony, Asok C⋅Jayaram, Hiremagalur N and Jayaram, Hiremagalur N
Cancer Research, vol. 70, (no. 8 Supplement), pp. 1506, 2010-04-15. | Journal Article
 
A water-soluble parthenolide analogue suppresses in vivo prostate cancer growth by targeting NFkappaB and generating reactive oxygen species
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