Microsatellite mapping of QTL affecting growth, feed consumption, egg production, tonic immobility and body temperature of Japanese quail View Full Text


Ontology type: schema:ScholarlyArticle      Open Access: True


Article Info

DATE

2005-06-08

AUTHORS

Francis Minvielle, Boniface B Kayang, Miho Inoue-Murayama, Mitsuru Miwa, Alain Vignal, David Gourichon, André Neau, Jean-Louis Monvoisin, Shin'ichi Ito

ABSTRACT

BackgroundThe Japanese quail (Coturnix japonica) is both an animal model in biology and a commercial bird for egg and meat production. Modern research developments with this bird, however, have been slowed down by the limited information that is available on the genetics of the Japanese quail. Recently, quail genetic maps with microsatellites and AFLP have been produced which open the way to comparative works with the chicken (Gallus gallus), and to QTL detection for a variety of traits. The purpose of this work was to detect for the first time QTL for commercial traits and for more basic characters in an F2 experiment with 434 female quail, and to compare the nature and the position of the detected QTL with those from the first chicken genome scans carried out during the last few years.ResultsGenome-wide significant or suggestive QTL were found for clutch length, body weight and feed intake on CJA01, age at first egg and egg number on CJA06, and eggshell weight and residual feed intake on CJA20, with possible pleiotropy for the QTL affecting body weight and feed intake, and egg number and age at first egg. A suggestive QTL was found for tonic immobility on CJA01, and chromosome-wide significant QTL for body temperature were detected on CJA01 and CJA03. Other chromosome-wide significant QTL were found on CJA02, CJA05, CJA09 and CJA14. Parent-of-origin effects were found for QTL for body weight and feed intake on CJA01.ConclusionDespite its limited length, the first quail microsatellite map was useful to detect new QTL for rarely reported traits, like residual feed intake, and to help establish some correspondence between the QTL for feed intake, body weight and tonic immobility detected in the present work and those reported on GGA01 in the chicken. Further comparative work is now possible in order to better estimate and understand the genetic similarities and differences of these two Phasianidae species. More... »

PAGES

87

Identifiers

URI

http://scigraph.springernature.com/pub.10.1186/1471-2164-6-87

DOI

http://dx.doi.org/10.1186/1471-2164-6-87

DIMENSIONS

https://app.dimensions.ai/details/publication/pub.1028056074

PUBMED

https://www.ncbi.nlm.nih.gov/pubmed/15941487


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39 QTL
40 age
41 animal models
42 basic character
43 biology
44 birds
45 body temperature
46 body weight
47 character
48 chickens
49 chromosome-wide significant QTL
50 clutch length
51 commercial birds
52 commercial traits
53 comparative work
54 consumption
55 correspondence
56 detection
57 development
58 differences
59 effect
60 egg number
61 egg production
62 eggs
63 eggshell weight
64 experiments
65 feed consumption
66 feed intake
67 female quail
68 first egg
69 further comparative work
70 genetic map
71 genetic similarity
72 genetics
73 genome scan
74 growth
75 immobility
76 information
77 intake
78 length
79 limited information
80 limited length
81 mapping
82 maps
83 meat production
84 microsatellite map
85 microsatellites
86 model
87 nature
88 new QTL
89 number
90 order
91 origin effects
92 parents
93 pleiotropy
94 position
95 possible pleiotropy
96 present work
97 production
98 purpose
99 quail
100 research development
101 residual feed intake
102 scans
103 significant QTL
104 similarity
105 species
106 suggestive QTL
107 temperature
108 time QTL
109 tonic immobility
110 traits
111 variety
112 variety of traits
113 way
114 weight
115 work
116 years
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