Cite This        Tampung        Export Record
Judul cDNA library construction and isolation of genes for candidate vaccine antigens from Chrysomya bezziana (the Old World Screwworm fly). / Vuocolo,Tony,Supriyanti, Florentina; Muharsini, Sri;[Research Institute for Veterinary Science Jalan R.E. Martadinata 30, P.O. Box 151 Bogor 16114 Indonesia]
Pengarang Muharsini, Sri
[Research Institute for Veterinary Science Jalan R.E. Martadinata 30, P.O. Box 151 Bogor 16114 Indonesia]
EDISI Jurnal Ilmu Ternak dan Veteriner.
Penerbitan 2000
Deskripsi Fisik Vol.5 (3): p.160-169. 2000.
Subjek cDNA library, peritrophin, peritrophic membrane, Chrysomya bezziana, Lucilia cuprina, vaccine
Abstrak The construction and use of cDNA libraries for the isolation of genes encoding candidate antigens for use in a recombinant vaccine against Chrysomya bezziana is described. RNA was isolated and mRNA purified from first and third instar larvae of Chrysomya bezziana and used in the synthesis of two cDNA libraries in the bacteriophage vector ? ZAP express . These libraries were screened using Digoxigenin-labeled DNA probes obtained from two independent approaches. First, a homolog approach used probes designed from previously characterized peritrophic membrane genes identified from the related myiasis fly, Lucilia cuprina. Secondly, a de novo approach used amino-terminal and internal peptide sequence information derived from purified Chrysomya bezziana peritrophic membrane proteins to generate DNA probes. Three peritrophic membrane genes were identified and characterized. Chrysomya bezziana peritrophin-48 was identified using the homolog approach and, Chrysomya bezziana peritrophin-15 and Chrysomya bez
Bentuk Karya Tidak ada kode yang sesuai
Target Pembaca Tidak ada kode yang sesuai

 
No Barcode No. Panggil Akses Lokasi Ketersediaan
ARTVET2042 ARTVET2042 Dapat dipinjam Perpustakaan Balai Besar Pengujian Standar Instrumen Veteriner - Koleksi Agris Tersedia
Tag Ind1 Ind2 Isi
001 INLIS000000000017696
005 20211004094544
008 211004################|##########|#|##
035 # # $a 0010-0721002228
082 # # $a ARTVET2042
084 # # $a ARTVET2042
245 # # $a cDNA library construction and isolation of genes for candidate vaccine antigens from Chrysomya bezziana (the Old World Screwworm fly). /$c Vuocolo,Tony,Supriyanti, Florentina; Muharsini, Sri;[Research Institute for Veterinary Science Jalan R.E. Martadinata 30, P.O. Box 151 Bogor 16114 Indonesia]
250 # # $a Jurnal Ilmu Ternak dan Veteriner.
260 # # ,$c 2000
300 # # $a Vol.5 (3): p.160-169. 2000.
520 # # $a The construction and use of cDNA libraries for the isolation of genes encoding candidate antigens for use in a recombinant vaccine against Chrysomya bezziana is described. RNA was isolated and mRNA purified from first and third instar larvae of Chrysomya bezziana and used in the synthesis of two cDNA libraries in the bacteriophage vector ? ZAP express . These libraries were screened using Digoxigenin-labeled DNA probes obtained from two independent approaches. First, a homolog approach used probes designed from previously characterized peritrophic membrane genes identified from the related myiasis fly, Lucilia cuprina. Secondly, a de novo approach used amino-terminal and internal peptide sequence information derived from purified Chrysomya bezziana peritrophic membrane proteins to generate DNA probes. Three peritrophic membrane genes were identified and characterized. Chrysomya bezziana peritrophin-48 was identified using the homolog approach and, Chrysomya bezziana peritrophin-15 and Chrysomya bezziana peritrophin-42 were identified using the de novo approach. The identification of these genes as encoding candidate antigens against Chrysomya bezziana has allowed the production of recombinant proteins for use in vaccination trials.
650 # 4 $a cDNA library, peritrophin, peritrophic membrane, Chrysomya bezziana, Lucilia cuprina, vaccine
700 # $a Muharsini, Sri
700 # $a [Research Institute for Veterinary Science Jalan R.E. Martadinata 30, P.O. Box 151 Bogor 16114 Indonesia]
990 # # $a ARTVET2042
No Nama File Nama File Format Flash Format File Action
1 ARTVET2042.pdf ARTVET2042 pdf Baca Online
Content Unduh katalog