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Results: 1-16 |
Results: 16
PROSPECTS FOR HUMAN-PAPILLOMAVIRUS VACCINE DEVELOPMENT - EMERGING HPVVACCINES
Authors: HINES JF GHIM SJ JENSON AB
Citation: Jf. Hines et al., PROSPECTS FOR HUMAN-PAPILLOMAVIRUS VACCINE DEVELOPMENT - EMERGING HPVVACCINES, Current opinion in infectious diseases, 11(1), 1998, pp. 57-61
COPV-SPECIFIC IMMUNITY IN INFECTED AND VACCINATED DOGS
Authors: COHN ML GHIM SJ NEWSOME J WLAZLO A SCHLEGEL R BELL J SUNDBERG J JENSON AB
Citation: Ml. Cohn et al., COPV-SPECIFIC IMMUNITY IN INFECTED AND VACCINATED DOGS, The FASEB journal, 12(5), 1998, pp. 6187-6187
PREVALENCE OF ANTIBODIES AGAINST VIRUS-LIKE PARTICLES OF EPIDERMODYSPLASIA VERRUCIFORMIS-ASSOCIATED HPV8 IN PATIENTS AT RISK OF SKIN-CANCER
Authors: STARK S PETRIDIS AK GHIM SJ JENSON AB BAVINCK JNB GROSS G STOCKFLETH E FUCHS PG PFISTER H
Citation: S. Stark et al., PREVALENCE OF ANTIBODIES AGAINST VIRUS-LIKE PARTICLES OF EPIDERMODYSPLASIA VERRUCIFORMIS-ASSOCIATED HPV8 IN PATIENTS AT RISK OF SKIN-CANCER, Journal of investigative dermatology, 111(4), 1998, pp. 696-701
MUTANT CANINE ORAL PAPILLOMAVIRUS L1 CAPSID PROTEINS WHICH FORM VIRUS-LIKE PARTICLES BUT LACK NATIVE CONFORMATIONAL EPITOPES
Authors: CHEN Y GHIM SJ JENSON AB SCHLEGEL R
Citation: Y. Chen et al., MUTANT CANINE ORAL PAPILLOMAVIRUS L1 CAPSID PROTEINS WHICH FORM VIRUS-LIKE PARTICLES BUT LACK NATIVE CONFORMATIONAL EPITOPES, Journal of General Virology, 79, 1998, pp. 2137-2146
MULTIPLICITY OF USES OF MONOCLONAL-ANTIBODIES THAT DEFINE PAPILLOMAVIRUS LINEAR IMMUNODOMINANT EPITOPES
Authors: JENSON AB JENSON MC COWSERT L GHIM SJ SUNDBERG JP
Citation: Ab. Jenson et al., MULTIPLICITY OF USES OF MONOCLONAL-ANTIBODIES THAT DEFINE PAPILLOMAVIRUS LINEAR IMMUNODOMINANT EPITOPES, Immunologic research, 16(1), 1997, pp. 115-119
SELF-ASSEMBLY OF IN VITRO-TRANSLATED HUMAN PAPILLOMAVIRUS TYPE-16 L1 CAPSID PROTEIN INTO VIRUS-LIKE PARTICLES AND ANTIGENIC REACTIVITY OF THE PROTEIN
Authors: IYENGAR S SHAH KV KOTLOFF KL GHIM SJ VISCIDI RP
Citation: S. Iyengar et al., SELF-ASSEMBLY OF IN VITRO-TRANSLATED HUMAN PAPILLOMAVIRUS TYPE-16 L1 CAPSID PROTEIN INTO VIRUS-LIKE PARTICLES AND ANTIGENIC REACTIVITY OF THE PROTEIN, Clinical and diagnostic laboratory immunology, 3(6), 1996, pp. 733-739
HUMAN PAPILLOMAVIRUS INFECTION - PATHOGENESIS SUGGESTS NEW STRATEGIESFOR PREVENTING AND TREATING CHEMICAL DYSPLASIA AND CANCER
Authors: HINES JF GHIM SJ JENSON AB
Citation: Jf. Hines et al., HUMAN PAPILLOMAVIRUS INFECTION - PATHOGENESIS SUGGESTS NEW STRATEGIESFOR PREVENTING AND TREATING CHEMICAL DYSPLASIA AND CANCER, BMJ. British medical journal, 312(7030), 1996, pp. 522-523
ANTIGENICITY OF BOVINE PAPILLOMAVIRUS TYPE-1 (BPV-1) L1 VIRUS-LIKE PARTICLES COMPARED WITH THAT OF INTACT BPV-1 VIRIONS
Authors: GHIM SJ YOUNG R JENSON AB
Citation: Sj. Ghim et al., ANTIGENICITY OF BOVINE PAPILLOMAVIRUS TYPE-1 (BPV-1) L1 VIRUS-LIKE PARTICLES COMPARED WITH THAT OF INTACT BPV-1 VIRIONS, Journal of General Virology, 77, 1996, pp. 183-188
PROSPECTS FOR A VACCINE AGAINST HUMAN PAPILLOMAVIRUS
Authors: HINES JF GHIM SJ SCHLEGEL R JENSON AB
Citation: Jf. Hines et al., PROSPECTS FOR A VACCINE AGAINST HUMAN PAPILLOMAVIRUS, Obstetrics and gynecology, 86(5), 1995, pp. 860-866
SYSTEMIC IMMUNIZATION WITH PAPILLOMAVIRUS L1 PROTEIN COMPLETELY PREVENTS THE DEVELOPMENT OF VIRAL MUCOSAL PAPILLOMAS
Authors: SUZICH JA GHIM SJ PALMERHILL FJ WHITE WI TAMURA JK BELL JA NEWSOME JA JENSON AB SCHLEGEL R
Citation: Ja. Suzich et al., SYSTEMIC IMMUNIZATION WITH PAPILLOMAVIRUS L1 PROTEIN COMPLETELY PREVENTS THE DEVELOPMENT OF VIRAL MUCOSAL PAPILLOMAS, Proceedings of the National Academy of Sciences of the United Statesof America, 92(25), 1995, pp. 11553-11557
THE EXPRESSED L1 PROTEINS OF HPV-1, HPV-6 AND HPV-11 DISPLAY TYPE-SPECIFIC EPITOPES WITH NATIVE CONFORMATION AND REACTIVITY WITH NEUTRALIZING AND NONNEUTRALIZING ANTIBODIES
Authors: HINES JF GHIM SJ CHRISTENSEN ND KREIDER JW BARNES WA SCHLEGEL R JENSON AB
Citation: Jf. Hines et al., THE EXPRESSED L1 PROTEINS OF HPV-1, HPV-6 AND HPV-11 DISPLAY TYPE-SPECIFIC EPITOPES WITH NATIVE CONFORMATION AND REACTIVITY WITH NEUTRALIZING AND NONNEUTRALIZING ANTIBODIES, Pathobiology, 62(4), 1994, pp. 165-171
A FORMALIN-INACTIVATED VACCINE PROTECTS AGAINST MUCOSAL PAPILLOMAVIRUS INFECTION - A CANINE MODEL
Authors: BELL JA SUNDBERG JP GHIM SJ NEWSOME J JENSON AB SCHLEGEL R
Citation: Ja. Bell et al., A FORMALIN-INACTIVATED VACCINE PROTECTS AGAINST MUCOSAL PAPILLOMAVIRUS INFECTION - A CANINE MODEL, Pathobiology, 62(4), 1994, pp. 194-198
ROLE OF CONFORMATIONAL EPITOPES EXPRESSED BY HUMAN PAPILLOMAVIRUS MAJOR CAPSID PROTEINS IN THE SEROLOGIC DETECTION OF INFECTION AND PROPHYLACTIC VACCINATION
Authors: HINES JF GHIM SJ CHRISTENSEN ND KREIDER JW BARNES WA SCHLEGEL R JENSON AB
Citation: Jf. Hines et al., ROLE OF CONFORMATIONAL EPITOPES EXPRESSED BY HUMAN PAPILLOMAVIRUS MAJOR CAPSID PROTEINS IN THE SEROLOGIC DETECTION OF INFECTION AND PROPHYLACTIC VACCINATION, Gynecologic oncology, 55(1), 1994, pp. 13-20
ROLE OF CONFORMATIONAL EPITOPES EXPRESSED BY HUMAN PAPILLOMAVIRUS MAJOR CAPSID PROTEINS IN THE SEROLOGIC DETECTION OF INFECTION AND PROPHYLACTIC VACCINATION
Authors: HINES JF GHIM SJ CHRISTENSEN ND KREIDER JW BARNES WA SCHLEGEL R JENSON AB
Citation: Jf. Hines et al., ROLE OF CONFORMATIONAL EPITOPES EXPRESSED BY HUMAN PAPILLOMAVIRUS MAJOR CAPSID PROTEINS IN THE SEROLOGIC DETECTION OF INFECTION AND PROPHYLACTIC VACCINATION, Gynecologic oncology, 55(1), 1994, pp. 13-20
HUMAN PAPILLOMAVIRUS TYPE-6 AND TYPE-11 HAVE ANTIGENICALLY DISTINCT STRONGLY IMMUNOGENIC CONFORMATIONALLY DEPENDENT NEUTRALIZING EPITOPES
Authors: CHRISTENSEN ND KIRNBAUER R SCHILLER JT GHIM SJ SCHLEGEL R JENSON AB KREIDER JW
Citation: Nd. Christensen et al., HUMAN PAPILLOMAVIRUS TYPE-6 AND TYPE-11 HAVE ANTIGENICALLY DISTINCT STRONGLY IMMUNOGENIC CONFORMATIONALLY DEPENDENT NEUTRALIZING EPITOPES, Virology, 205(1), 1994, pp. 329-335
IDENTIFICATION OF CONFORMATIONAL EPITOPES OF THE BPV-1 CAPSID RECOGNIZED BY COMPETITIVE-INHIBITION OF SERA FROM INFECTED OR IMMUNIZED ANIMALS
Authors: GHIM SJ JENSON AB
Citation: Sj. Ghim et Ab. Jenson, IDENTIFICATION OF CONFORMATIONAL EPITOPES OF THE BPV-1 CAPSID RECOGNIZED BY COMPETITIVE-INHIBITION OF SERA FROM INFECTED OR IMMUNIZED ANIMALS, Pathobiology, 61(3-4), 1993, pp. 138-144
Risultati: 1-16 |