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Results: 1-22 |
Results: 22
NOVEL NUCLEAR PHOSPHOPROTEIN PP32 IS HIGHLY EXPRESSED IN INTERMEDIATE-GRADE AND HIGH-GRADE PROSTATE-CANCER
Authors: KADKOL SS BRODY JR EPSTEIN JI KUHAJDA FP PASTERNACK GR
Citation: Ss. Kadkol et al., NOVEL NUCLEAR PHOSPHOPROTEIN PP32 IS HIGHLY EXPRESSED IN INTERMEDIATE-GRADE AND HIGH-GRADE PROSTATE-CANCER, The Prostate, 34(3), 1998, pp. 231-237
FATTY-ACID SYNTHASE EXPRESSION IN ENDOMETRIAL CARCINOMA - CORRELATIONWITH CELL-PROLIFERATION AND HORMONE RECEPTORS
Authors: PIZER ES LAX SF KUHAJDA FP PASTERNACK GR KURMAN RJ
Citation: Es. Pizer et al., FATTY-ACID SYNTHASE EXPRESSION IN ENDOMETRIAL CARCINOMA - CORRELATIONWITH CELL-PROLIFERATION AND HORMONE RECEPTORS, Cancer, 83(3), 1998, pp. 528-537
HETEROGENEOUS EXPRESSION OF MEMBERS OF THE CLOSELY-RELATED PP32 GENE FAMILY IN PROSTATE-CANCER AND ADJACENT NORMAL PROSTATE
Authors: KADKOL SS BRODY JR BAI JN PASTERNACK GR
Citation: Ss. Kadkol et al., HETEROGENEOUS EXPRESSION OF MEMBERS OF THE CLOSELY-RELATED PP32 GENE FAMILY IN PROSTATE-CANCER AND ADJACENT NORMAL PROSTATE, The American journal of pathology, 153(5), 1998, pp. 4-4
ENZYMES OF THE FATTY-ACID SYNTHESIS PATHWAY ARE HIGHLY EXPRESSED IN IN-SITU BREAST-CARCINOMA
Authors: MILGRAUM LZ WITTERS LA PASTERNACK GR KUHAJDA FP
Citation: Lz. Milgraum et al., ENZYMES OF THE FATTY-ACID SYNTHESIS PATHWAY ARE HIGHLY EXPRESSED IN IN-SITU BREAST-CARCINOMA, Clinical cancer research, 3(11), 1997, pp. 2115-2120
THE STRUCTURE OF A GENE ENCODING PP32R1, A NEW TRANSFORMING PROTEIN
Authors: KOCHEVAR GJ BRODY JR PASTERNACK GR
Citation: Gj. Kochevar et al., THE STRUCTURE OF A GENE ENCODING PP32R1, A NEW TRANSFORMING PROTEIN, Molecular biology of the cell, 8, 1997, pp. 795-795
EXPRESSION OF FATTY-ACID SYNTHASE IS CLOSELY LINKED TO PROLIFERATION AND STROMAL DECIDUALIZATION IN CYCLING ENDOMETRIUM
Authors: PIZER ES KURMAN RJ PASTERNACK GR KUHAJDA FP
Citation: Es. Pizer et al., EXPRESSION OF FATTY-ACID SYNTHASE IS CLOSELY LINKED TO PROLIFERATION AND STROMAL DECIDUALIZATION IN CYCLING ENDOMETRIUM, International journal of gynecological pathology, 16(1), 1997, pp. 45-51
ELEVATED EXPRESSION OF FATTY-ACID SYNTHASE AND FATTY-ACID SYNTHETIC ACTIVITY IN COLORECTAL NEOPLASIA
Authors: RASHID A PIZER ES MOGA M MILGRAUM LZ ZAHURAK M PASTERNACK GR KUHAJDA FP HAMILTON SR
Citation: A. Rashid et al., ELEVATED EXPRESSION OF FATTY-ACID SYNTHASE AND FATTY-ACID SYNTHETIC ACTIVITY IN COLORECTAL NEOPLASIA, The American journal of pathology, 150(1), 1997, pp. 201-208
IDENTIFICATION OF PP32 SEQUENCES INHIBITING ONCOGENE-MEDIATED TRANSFORMATION
Authors: BRODY JR REBEL JM KADKOL SS KUHAJDA FP PASTERNACK GR
Citation: Jr. Brody et al., IDENTIFICATION OF PP32 SEQUENCES INHIBITING ONCOGENE-MEDIATED TRANSFORMATION, Molecular biology of the cell, 7, 1996, pp. 1009-1009
REGULATION OF NUCLEAR PHOSPHOPROTEIN PP32 EXPRESSION DURING EMBRYOGENESIS AND DIFFERENTIATION
Authors: REBEL JMJ KADKOL SS BRODY JR ROMANTSEV FE CHEN TH KUHAJDA FP PASTERNACK GR
Citation: Jmj. Rebel et al., REGULATION OF NUCLEAR PHOSPHOPROTEIN PP32 EXPRESSION DURING EMBRYOGENESIS AND DIFFERENTIATION, Molecular biology of the cell, 7, 1996, pp. 3635-3635
STRUCTURE OF PP32, AN ACIDIC NUCLEAR-PROTEIN WHICH INHIBITS ONCOGENE-INDUCED FORMATION OF TRANSFORMED FOCI
Authors: CHEN TH BRODY JR ROMANTSEV RE YU JG KAYLER AE VONEIFF E KUHAJDA FP PASTERNACK GR
Citation: Th. Chen et al., STRUCTURE OF PP32, AN ACIDIC NUCLEAR-PROTEIN WHICH INHIBITS ONCOGENE-INDUCED FORMATION OF TRANSFORMED FOCI, Molecular biology of the cell, 7(12), 1996, pp. 2045-2056
EXPRESSION OF PP32, A NUCLEAR PHOSPHOPROTEIN IN THE NORMAL AND DISEASED KIDNEY
Authors: KADKOL SS NADASDY T KUHAJDA F RACUSEN L PASTERNACK GR
Citation: Ss. Kadkol et al., EXPRESSION OF PP32, A NUCLEAR PHOSPHOPROTEIN IN THE NORMAL AND DISEASED KIDNEY, Journal of the American Society of Nephrology, 7(9), 1996, pp. 2445-2445
PP32 OVEREXPRESSION INDUCES NUCLEAR PLEOMORPHISM IN RAT PROSTATIC-CARCINOMA CELLS
Authors: GUSEV Y ROMANTSEV FE CHEN TTH KAYLER AE KUHAJDA FP DOOLEY WC PASTERNACK GR
Citation: Y. Gusev et al., PP32 OVEREXPRESSION INDUCES NUCLEAR PLEOMORPHISM IN RAT PROSTATIC-CARCINOMA CELLS, Cell proliferation, 29(12), 1996, pp. 643-653
THE ENZYMES OF FATTY-ACID SYNTHESIS IN BREAST EPITHELIUM - INCREASED EXPRESSION OCCURS AS AN EARLY EVENT IN BREAST-CANCER PROGRESSION
Authors: MILGRAUM LZ WITTERS LA PASTERNACK GR KUHAJDA FP
Citation: Lz. Milgraum et al., THE ENZYMES OF FATTY-ACID SYNTHESIS IN BREAST EPITHELIUM - INCREASED EXPRESSION OCCURS AS AN EARLY EVENT IN BREAST-CANCER PROGRESSION, Laboratory investigation, 74(1), 1996, pp. 101-101
FATTY-ACID SYNTHASE EXPRESSION - CORRELATION WITH HORMONE RECEPTORS AND CELL-PROLIFERATION IN ENDOMETRIAL CARCINOMA
Authors: PIZER ES KURMAN RJ PASTERNACK GR KUHAJDA FP
Citation: Es. Pizer et al., FATTY-ACID SYNTHASE EXPRESSION - CORRELATION WITH HORMONE RECEPTORS AND CELL-PROLIFERATION IN ENDOMETRIAL CARCINOMA, Laboratory investigation, 74(1), 1996, pp. 556-556
FATTY-ACID SYNTHASE EXPRESSION IS CLOSELY LINKED TO CELL-PROLIFERATION IN TROPHOBLAST AND FETAL TISSUES
Authors: PIZER ES KURMAN RJ PASTERNACK GR KUHAJDA FP
Citation: Es. Pizer et al., FATTY-ACID SYNTHASE EXPRESSION IS CLOSELY LINKED TO CELL-PROLIFERATION IN TROPHOBLAST AND FETAL TISSUES, Laboratory investigation, 74(1), 1996, pp. 886-886
INHIBITION OF FATTY-ACID SYNTHESIS DELAYS DISEASE PROGRESSION IN A XENOGRAFT MODEL OF OVARIAN-CANCER
Authors: PIZER ES WOOD FD HEINE HS ROMANTSEV FE PASTERNACK GR KUHAJDA FP
Citation: Es. Pizer et al., INHIBITION OF FATTY-ACID SYNTHESIS DELAYS DISEASE PROGRESSION IN A XENOGRAFT MODEL OF OVARIAN-CANCER, Cancer research, 56(6), 1996, pp. 1189-1193
FATTY-ACID SYNTHASE (FAS) - A TARGET FOR CYTOTOXIC ANTIMETABOLITES INHL-60 PROMYELOCYTIC LEUKEMIA-CELLS
Authors: PIZER ES WOOD FD PASTERNACK GR KUHAJDA FP
Citation: Es. Pizer et al., FATTY-ACID SYNTHASE (FAS) - A TARGET FOR CYTOTOXIC ANTIMETABOLITES INHL-60 PROMYELOCYTIC LEUKEMIA-CELLS, Cancer research, 56(4), 1996, pp. 745-751
INHIBITION OF FATTY-ACID SYNTHESIS INDUCES PROGRAMMED CELL-DEATH IN HUMAN BREAST-CANCER CELLS
Authors: PIZER ES JACKISCH C WOOD FD PASTERNACK GR DAVIDSON NE KUHAJDA FP
Citation: Es. Pizer et al., INHIBITION OF FATTY-ACID SYNTHESIS INDUCES PROGRAMMED CELL-DEATH IN HUMAN BREAST-CANCER CELLS, Cancer research, 56(12), 1996, pp. 2745-2747
ALTERED FATTY-ACID BIOSYNTHESIS IN ENDOMETRIAL CARCINOMA
Authors: PIZER ES WOOD FD PASTERNACK GR KUHAJDA FP
Citation: Es. Pizer et al., ALTERED FATTY-ACID BIOSYNTHESIS IN ENDOMETRIAL CARCINOMA, Laboratory investigation, 72(1), 1995, pp. 95-95
SIMPLIFIED HIGH-SENSITIVITY SEQUENCING OF A MAJOR HISTOCOMPATIBILITY COMPLEX CLASS I-ASSOCIATED IMMUNOREACTIVE PEPTIDE USING MATRIX-ASSISTED LASER-DESORPTION IONIZATION MASS-SPECTROMETRY
Authors: WOODS AS HUANG AYC COTTER RJ PASTERNACK GR PARDOLL DM JAFFEE EM
Citation: As. Woods et al., SIMPLIFIED HIGH-SENSITIVITY SEQUENCING OF A MAJOR HISTOCOMPATIBILITY COMPLEX CLASS I-ASSOCIATED IMMUNOREACTIVE PEPTIDE USING MATRIX-ASSISTED LASER-DESORPTION IONIZATION MASS-SPECTROMETRY, Analytical biochemistry, 226(1), 1995, pp. 15-25
FATTY-ACID SYNTHESIS - A POTENTIAL SELECTIVE TARGET FOR ANTINEOPLASTIC THERAPY
Authors: KUHAJDA FP JENNER K WOOD FD HENNIGAR RA JACOBS LB DICK JD PASTERNACK GR
Citation: Fp. Kuhajda et al., FATTY-ACID SYNTHESIS - A POTENTIAL SELECTIVE TARGET FOR ANTINEOPLASTIC THERAPY, Proceedings of the National Academy of Sciences of the United Statesof America, 91(14), 1994, pp. 6379-6383
A NOVEL M(R)-32,000 NUCLEAR PHOSPHOPROTEIN IS SELECTIVELY EXPRESSED IN CELLS COMPETENT FOR SELF-RENEWAL
Authors: WALENSKY LD COFFEY DS CHEN TH WU TC PASTERNACK GR
Citation: Ld. Walensky et al., A NOVEL M(R)-32,000 NUCLEAR PHOSPHOPROTEIN IS SELECTIVELY EXPRESSED IN CELLS COMPETENT FOR SELF-RENEWAL, Cancer research, 53(19), 1993, pp. 4720-4726
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