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United States Department of Agriculture

Agricultural Research Service

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Craig W Beattie
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Publications (Clicking on the reprint icon Reprint Icon will take you to the publication reprint.)
GENOMIC MAPPING OF CHEMOKINE AND TRANSFORMING GROWTH FACTOR GENES IN SWINE (SHORT COMMUNICATION) -
MAPPING GENES LOCATED ON HSA 2 AND 12 TO PORCINE CHROMOSOMES 15 AND 5 -
COMPARATIVE MAPPING OF BOVINE AND HUMAN CHROMOSOME 2 IDENTIFIES SEGMENTS OF CONSERVED SYNTENY CONTAINING THE BOVINE MH LOCUS -
MAPPING 28 ERYTHROCYTE ANTIGEN, PLASMA PROTEIN AND ENZYME POLYMORPHISMS USING AN EFFICIENT GENOMIC SCAN OF THE PORCINE GENOME. -
ESTIMATION OF CHROMOSOMAL POSITION AND EFFECTS OF THE CALLIPYGE ALLELE (CLPG) USING QUANTITATIVE MEASUREMENTS OF CARCASS TRAITS -
INTEGRATION OF FOUR PUBLISHED BOVINE LINKAGE MAPS -
A GENETIC MAP OF THE OVINE GENOME -
EXTENSIVE GENOMIC CONSERVATION OF CATTLE MICROSATELLITE HETEROZYGOSITY IN SHEEP (SHORT COMMUNICATION) -
DIRECTED COSMID ISOLATION FOR PHYSICAL ASSIGNMENT BY FISH: PCR-BASED ITERATIVE SCREENING OF RANDOM GENOMIC LIBRARIES -
GENETIC INFLUENCES ON SUSCEPTIBILITY TO ACQUIRED DISEASES -
LINKAGE ASSIGNMENT OF ELEVEN GENES TO THE PORCINE GENOME -
MAPPING GENES TO SWINE X CHROMOSOME PROVIDES REFERENCE LOCI FOR COMPARATIVE MAPPING -
A CONSENSUS LINKAGE MAP FOR SWINE CHROMOSOME 7 -
SHORT COMMUNICATION: PHYSICAL ASSIGNMENT OF GLUCAGON AND NEBULIN IN CATTLE, SHEEP AND GOAT -
CHARACTERIZATION OF ELEVEN BOVINE MICROSATELLITES FROM COSMID CLONES -
ANCHORING OF BOVINE CHROMOSOMES 4, 6, 7, 10, AND 14 AND LINKAGE GROUP TELOMERIC ENDS VIA FISH ANALYSIS OF LAMBDA CLONES -
REPORT OF THE FIRST WORKSHOP ON THE GENETIC MAP OF BOVINE CHROMOSOME 23 -
A SECOND GENERATION LINKAGE MAP OF THE BOVINE GENOME -
NEBULIN (NEB) MAPS TO PORCINE CHROMOSOME (SSC) 15 -
MAPPING OF HPRT GENE IN SWINE PROVIDES A REFERENCE LOCUS FOR SYNTENY COMPARISON -
INCREASING MARKER DENSITY IN THE REGION OF TWO LIKELY PORCINE QUANTITATIVE TRAIT LOCI FOR BIRTH WEIGHT AND NUMBER OF CORPORA LUTEA FURTHER DEFINES THE INTERVALS -
DEVELOPMENT OF HIGH-RESOLUTION MAPS OF SWINE CHROMOSOMAL SEQMENTS CONTAINING QTL -
A CHROMOSOME SPECIFIC LAMBDA LIBRARY INCREASES MARKER DENSITY ON BOVINE CHROMOSOME 1 -
THIRTY-FOUR BOVINE MICROSATELLITE MARKERS (SHORT COMMUNICATION) -
SHORT COMMUNICATION: CHARACTERIZATION OF 109 BOVINE MICROSATELLITES -
AN INTEGRATED GENETIC AND PHYSICAL MAP OF THE BOVINE X CHROMOSOME -
CONSTRUCTION AND CHARACTERIZATION OF A LARGE INSERT PORCINE YAC LIBRARY (SHORT COMMUNICATION) -
SHORT COMMUNICATION: CHROMOSOMAL LOCALIZATION OF SIX BOVINE MICROSATELLITE MARKERS -
TWO POLYMORPHIC MICROSATELLITES WITHIN AN 18 KB GENOMIC CLONE CONTAINING THE BOVINE OB GENE -
A GENETIC AND CYTOGENETIC MAP FOR BOVINE CHROMOSOME 11 -
A GENOMIC SCAN TO ASSIGN 14 BLOOD GROUPS AND 12 PROTEIN POLYMORPHISMS IN SWINE -
NONOVERLAPPING SUBGENOMIC LIBRARIES FROM PORCINE CHROMOSOMES -
SCAN OF 8 PORCINE CHROMOSOMES FOR GROWTH, CARCASS AND REPRODUCTIVE TRAITS REVEALS TWO LIKELY QUANTITATIVE TRAIT LOCI -
A SECOND GENERATION GENETIC MAP OF THE OVINE GENOME -
MAPPING OF FOUR CHEMOKINE GENES IN THE SWINE GENOME -
USE OF A CHROMOSOME SPECIFIC LAMBDA LIBRARY TO INCREASE MARKER DENSITY FOR BOVINE CHROMOSOME 1 -
A COMPARISON OF THE BOVINE AND OVINE GENETIC LINKAGE MAPS -
LINKAGE ASSIGNMENTS FOR HAS 19 CONSERVED REGIONS OF SYNTENY IN CATTLE, SHEEP AND SWINE -
MAPPING THE SWINE GENOME: CURRENT STATUS AND FUTURE DIRECTIONS -
CONSTRUCTION OF A PORCINE YEAST ARTIFICIAL CHROMOSOME (YAC) LIBRARY -
A COMPREHENSIVE MAP OF THE PORCINE GENOME -
CATTLE, SHEEP AND GOAT X-CHROMOSOME SEGMENT HOMOLOGIES ASSESSED BY CHROMOSOME PAINTING: DEVELOPMENT OF A BOVINE X LINKAGE GROUP. -
GENOMIC SCAN FOR QUANTITATIVE TRAIT LOCI IN SWINE BASED ON MICROSATELLITE MARKERS -
MICROSATELLITE HETEROZYGOSITY: FUNCTIONAL CONSTRAINTS ON THE DEVELOPMENT AND USE OF COMPREHENSIVE GENOMIC MAPS FOR LIVESTOCK -
SHORT COMMUNICATION: FIVE POLYMORPHIC TRINUCLEOTIDE (CCA) BOVINE MICROSATELLITES -
GENOMIC ORGANIZATION AND CHROMOSOMAL MAPPING OF THE BOVINE FAS/APO-1 GENE -
CLONING AND CHROMOSOMAL MAPPING OF BOVINE INTERLEUKIN-2 RECEPTOR GAMMA (IL-2) GENE -
SHORT COMMUNICATION: CONSTRUCTION AND CHARACTERIZATION OF A LARGE INSERT BOVINE YAC LIBRARY WITH 5-FOLD GENOMIC COVERAGE -
SHORT COMMUNICATION: THE BOVINE HOMOLOGUE OF THE OBESE GENE MAPS TO CHROMOSOME 4 -
PHYSICAL ASSIGNMENTS OF 68 PORCINE COSMID AND LAMBDA CLONES CONTAINING POLYMORPHIC MICROSATELLITES -
CLONING AND CHARACTERIZATION OF 414 POLYMORPHIC PORCINE MICROSATELLITES -
CLONING AND CHARACTERIZATION OF THE BOVINE FAS -
IDENTIFYING TUMOR INITIATOR/SUPPRESSOR AND PENETRANCE-ASSOCIATED GENES BY GENE MAPPING -
SHORT COMMUNICATION: MAPPING OF A LINKAGE GROUP TO THE LAST BOVINE CHROMOSOME (BTA27) WITHOUT AN ASSIGNMENT -
SHORT COMMUNICATION--AN UNASSIGNED PORCINE MICROSATELLITE LINKAGE GROUP MAPS TO CHROMOSOME 6 -
DEVELOPMENT OF DETAILED MICROSATELLITE LINKAGE MAPS -
DIRECTED INTEGRATION OF THE PHYSICAL AND GENETIC LINKAGE MAPS OF SWINE CHROMOSOME 7 REVEALS THAT THE SLA SPANS THE CENTROMERE -
CONTINUED DEVELOPMENT OF COMPREHENSIVE GENOMIC MAPS FOR LIVESTOCK? -
USE OF DISC-PCR TO CREATE FRAMEWORK MARKERS -
ANALYSIS OF X-CHROMOSOME SEGMENT HOMOLOGIES AMONG CATTLE, SHEEP AND GOATS WITH THE BOVINE XP AND XQ CHROMOSOME PAINTING PROBES -
A SMALL-INSERT BOVINE GENOMIC LIBRARY HIGHLY ENRICHED FOR MICROSATELLITE REPEAT SEQUENCES -
CLONING AND CHROMOSOMAL ASSIGNMENT OF THE BOVINE INTERLEUKIN-2 RECEPTOR ALPHA GENE -
FIRST INTERNATIONAL WORKSHOP ON PORCINE CHROMOSOME 6 -
SHORT COMMUNICATION--PORCINE SINE ASSOCIATED MICROSATELLITE MARKERS: EVIDENCE FOR NEW ARTIODACTYL SINES -
INTEGRATION OF THE PORCINE LINKAGE AND PHYSICAL MAPS BY FISH AND DISC-PCR (POST-APPROVAL----PROC. 33RD ANNUAL AMERICAN CYTOGENETICS CONFERENCE, SAN DIEGO, CA) -
MOLECULAR CLONING OF PORCINE FAS ANTIGEN AND EXPRESSION IN CELL LINES DERIVED FROM MINIATURE SWINE -
SHORT COMMUNICATION: CHROMOSOMAL ASSIGNMENT OF SEVENTEEN PORCINE MICROSATELLITES AND GENES BY USE OF A SOMATIC CELL HYBRID MAPPING PANEL -
PHYSICAL AND LINKAGE MAPPING OF THE BOVINE GENOME WITH COSMIDS -
AN AUTOSOMAL GENETIC LINKAGE MAP OF THE SHEEP GENOME -
USE OF DIRECT IN SITU SINGLE COPY PCR TO DEVELOP COMPREHENSIVE GENETIC MAPS -
Last Modified: 5/2/2016
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