A) POLR1B gene model. The location of the mutation on the splice-donor site of intron 14 is indicated with a red star. B) Illustration of the affected exon-intron splice region. The causal 3:g.43952776T>G mutation is indicated in red. C) Exon skipping of POLR1B. The mutation causes complete exon skipping of exon 14, resulting in a truncated mRNA. D) Alignment of the mutant (Mt) and wildtype (Wt) POLR1B protein sequence. Skipping of exon 14 introduces a glutamic acid and a premature stop codon in the second codon of the terminal exon.</p
Abstract The glutathione S-transferase mu 2 gene (GSTM2) encodes a GST functioning in the eliminatio...
Livestock populations can be used to study recessive defects caused by deleterious alleles. The freq...
Brief communicationGene editing using clustered regularly interspaced short palindromic repeats/Cas9...
Lethal recessive alleles cause pre- or postnatal death in homozygous affected individuals, reducing ...
Lethal recessive alleles cause pre- or postnatal death in homozygous affected individuals, reducing ...
Piglet mortality is a complex phenotype that depends on the environment, selection on piglet health,...
<p>A. Spliceosome assembly in mammalian systems is thought to occur via exon-definition, where inter...
The pig breeding system provides a unique framework to study recessive defects and the consequence o...
<p>(A) Wild type L1 larva (left panel), and <i>pigv-1</i>(<i>qm34</i>) (right panel) exhibiting a mo...
<p>(A) Location of sgRNA pair in <i>OCT4</i> locus and scheme for resulting deletion (B) Sequencing ...
The technique of pig cloning holds great promise for the livestock industry, life science, and biome...
Pigs share many similarities with humans in terms of anatomy, physiology and genetics, and have long...
Alternative splicing (AS) plays a significant role in regulating gene expression at the transcriptio...
ABSTRACT: BACKGROUND: Male infertility is an increasing problem in all domestic species including ma...
Balancing selection provides a plausible explanation for the maintenance of deleterious alleles at m...
Abstract The glutathione S-transferase mu 2 gene (GSTM2) encodes a GST functioning in the eliminatio...
Livestock populations can be used to study recessive defects caused by deleterious alleles. The freq...
Brief communicationGene editing using clustered regularly interspaced short palindromic repeats/Cas9...
Lethal recessive alleles cause pre- or postnatal death in homozygous affected individuals, reducing ...
Lethal recessive alleles cause pre- or postnatal death in homozygous affected individuals, reducing ...
Piglet mortality is a complex phenotype that depends on the environment, selection on piglet health,...
<p>A. Spliceosome assembly in mammalian systems is thought to occur via exon-definition, where inter...
The pig breeding system provides a unique framework to study recessive defects and the consequence o...
<p>(A) Wild type L1 larva (left panel), and <i>pigv-1</i>(<i>qm34</i>) (right panel) exhibiting a mo...
<p>(A) Location of sgRNA pair in <i>OCT4</i> locus and scheme for resulting deletion (B) Sequencing ...
The technique of pig cloning holds great promise for the livestock industry, life science, and biome...
Pigs share many similarities with humans in terms of anatomy, physiology and genetics, and have long...
Alternative splicing (AS) plays a significant role in regulating gene expression at the transcriptio...
ABSTRACT: BACKGROUND: Male infertility is an increasing problem in all domestic species including ma...
Balancing selection provides a plausible explanation for the maintenance of deleterious alleles at m...
Abstract The glutathione S-transferase mu 2 gene (GSTM2) encodes a GST functioning in the eliminatio...
Livestock populations can be used to study recessive defects caused by deleterious alleles. The freq...
Brief communicationGene editing using clustered regularly interspaced short palindromic repeats/Cas9...