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Results: 10

Authors: MU XC BRIEN TP ROSS JS LOWRY CV MCKENNA BJ
Citation: Xc. Mu et al., TELOMERASE ACTIVITY IN MALIGNANT CYTOLOGIC FLUIDS, Modern pathology, 11(1), 1998, pp. 41-41

Authors: KALLAKURY BVS BRIEN TP LOWRY CV MURACA PJ FISHER HAG KAUFMAN RP ROSS JS
Citation: Bvs. Kallakury et al., TELOMERASE ACTIVITY IN HUMAN BENIGN PROSTATE TISSUE AND PROSTATIC ADENOCARCINOMAS, Diagnostic molecular pathology, 6(4), 1997, pp. 192-198

Authors: SERTIL O COHEN BD DAVIES KJA LOWRY CV
Citation: O. Sertil et al., THE DAN1 GENE OF SACCHAROMYCES-CEREVISIAE IS REGULATED IN PARALLEL WITH THE HYPOXIC GENES, BUT BY A DIFFERENT MECHANISM, Gene, 192(2), 1997, pp. 199-205

Authors: KALLAKURY BVS BRIEN TP LOWRY CV FISHER HAG KAUFMAN R RIFKIN MD ROSS JS
Citation: Bvs. Kallakury et al., TELOMERASE ACTIVITY IN BENIGN PROSTATE TISSUE AND PROSTATIC ADENOCARCINOMAS (PACS), Laboratory investigation, 76(1), 1997, pp. 448-448

Authors: BRIEN TP KALLAKURY BVS LOWRY CV AMBROS RA MALFETANO JH ROSS JS
Citation: Tp. Brien et al., TELOMERASE ACTIVITY IN BENIGN ENDOMETRIUM (BE) AND ENDOMETRIAL CARCINOMA (EC), Laboratory investigation, 76(1), 1997, pp. 561-561

Authors: BRIEN TP KALLAKURY BVS LOWRY CV AMBROS RA MURACA PJ MALFETANO JH ROSS JS
Citation: Tp. Brien et al., TELOMERASE ACTIVITY IN BENIGN ENDOMETRIUM AND ENDOMETRIAL CARCINOMA, Cancer research, 57(13), 1997, pp. 2760-2764

Authors: DAVIES JMS LOWRY CV DAVIES KJA
Citation: Jms. Davies et al., TRANSIENT ADAPTATION TO OXIDATIVE STRESS IN YEAST, Archives of biochemistry and biophysics, 317(1), 1995, pp. 1-6

Authors: SLACK JK LOWRY CV CARROLL AM
Citation: Jk. Slack et al., HASTEN - A TECHNIQUE TO IDENTIFY THE PRIMARY STRUCTURE OF TERMINAL DNA HAIRPINS, Nucleic acids research, 22(7), 1994, pp. 1316-1317

Authors: DAVIES JMS YELICH LL LOWRY CV DAVIES KJA
Citation: Jms. Davies et al., ADAPTATION OF YEAST TO HYDROGEN-PEROXIDE STRESS, Free radical biology & medicine, 15(5), 1993, pp. 504-504

Authors: BALASUBRAMANIAN B LOWRY CV ZITOMER RS
Citation: B. Balasubramanian et al., THE ROX1 REPRESSOR OF THE SACCHAROMYCES-CEREVISIAE HYPOXIC GENES IS ASPECIFIC DNA-BINDING PROTEIN WITH A HIGH-MOBILITY-GROUP MOTIF, Molecular and cellular biology, 13(10), 1993, pp. 6071-6078
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