Reflections on assortative mating, social stratification, and genetics
J Genet. 2024;103:15.ABSTRACTA recent report by G. Clark points to a sustained persistence of social status in England that extends vertically across several generations and horizontally across many levels of kinship. We seek to put his findings in historical perspective. We do so by relating them to two lines of thinking related to biological inheritance. One predated the rediscovery of Mendel's work and led to the field of quantitative genetics, which dealt on the whole with quasi-continuously varying traits. The other is based on the rediscovery itself and led to a reconciliation between quantitative genetics and discre...
Source: Journal of Genetics - April 22, 2024 Category: Genetics & Stem Cells Authors: Oliver Mayo Vidyanand Nanjundiah Source Type: research
Multiple mutations in < em > BADH2 < /em > gene reveal the novel fragrance allele in indica rice ( < em > Oryza sativa L. < /em > )
J Genet. 2024;103:13.ABSTRACTThe aroma in rice is the most appreciable quality trait, controlled by the loss of function of the betaine aldehyde dehydrogenase 2 (BADH2) gene. In the present study, indica rice cultivars (basmati, nonbasmati aromatic, and nonaromatic) were screened to explore allelic differences in the BADH2 gene using two functional markers (badh2-p-5'UTR and FMbadh2-E7). Notably, the results of the present mutational analysis showed that both markers confirmed a different mutation in indica rice cultivars than earlier reported japonica accessions. It was found that there is 250-bp deletion in the promoter ...
Source: Journal of Genetics - April 2, 2024 Category: Genetics & Stem Cells Authors: Sonali Chandanshive Sarika Mathure Altafhusain Nadaf Source Type: research
Genetic analysis of a child with severe intellectual disability caused by a novel variant in the FERM domain of the FRMPD4 protein
In this study, we expand the spectrum of FRMPD4 variants and suggest that the clinical awareness of the genetic diagnosis of nonsyndromic ID should be strengthened.PMID:38562040 (Source: Journal of Genetics)
Source: Journal of Genetics - April 2, 2024 Category: Genetics & Stem Cells Authors: Hua Pan Feng Zhu Kun Chen Yin Zhang Source Type: research
Multiple mutations in < em > BADH2 < /em > gene reveal the novel fragrance allele in indica rice ( < em > Oryza sativa L. < /em > )
J Genet. 2024;103:13.ABSTRACTThe aroma in rice is the most appreciable quality trait, controlled by the loss of function of the betaine aldehyde dehydrogenase 2 (BADH2) gene. In the present study, indica rice cultivars (basmati, nonbasmati aromatic, and nonaromatic) were screened to explore allelic differences in the BADH2 gene using two functional markers (badh2-p-5'UTR and FMbadh2-E7). Notably, the results of the present mutational analysis showed that both markers confirmed a different mutation in indica rice cultivars than earlier reported japonica accessions. It was found that there is 250-bp deletion in the promoter ...
Source: Journal of Genetics - April 2, 2024 Category: Genetics & Stem Cells Authors: Sonali Chandanshive Sarika Mathure Altafhusain Nadaf Source Type: research
Genetic analysis of a child with severe intellectual disability caused by a novel variant in the FERM domain of the FRMPD4 protein
In this study, we expand the spectrum of FRMPD4 variants and suggest that the clinical awareness of the genetic diagnosis of nonsyndromic ID should be strengthened.PMID:38562040 (Source: Journal of Genetics)
Source: Journal of Genetics - April 2, 2024 Category: Genetics & Stem Cells Authors: Hua Pan Feng Zhu Kun Chen Yin Zhang Source Type: research
Multiple mutations in < em > BADH2 < /em > gene reveal the novel fragrance allele in indica rice ( < em > Oryza sativa L. < /em > )
J Genet. 2024;103:13.ABSTRACTThe aroma in rice is the most appreciable quality trait, controlled by the loss of function of the betaine aldehyde dehydrogenase 2 (BADH2) gene. In the present study, indica rice cultivars (basmati, nonbasmati aromatic, and nonaromatic) were screened to explore allelic differences in the BADH2 gene using two functional markers (badh2-p-5'UTR and FMbadh2-E7). Notably, the results of the present mutational analysis showed that both markers confirmed a different mutation in indica rice cultivars than earlier reported japonica accessions. It was found that there is 250-bp deletion in the promoter ...
Source: Journal of Genetics - April 2, 2024 Category: Genetics & Stem Cells Authors: Sonali Chandanshive Sarika Mathure Altafhusain Nadaf Source Type: research
Genetic analysis of a child with severe intellectual disability caused by a novel variant in the FERM domain of the FRMPD4 protein
In this study, we expand the spectrum of FRMPD4 variants and suggest that the clinical awareness of the genetic diagnosis of nonsyndromic ID should be strengthened.PMID:38562040 (Source: Journal of Genetics)
Source: Journal of Genetics - April 2, 2024 Category: Genetics & Stem Cells Authors: Hua Pan Feng Zhu Kun Chen Yin Zhang Source Type: research
Multiple mutations in < em > BADH2 < /em > gene reveal the novel fragrance allele in indica rice ( < em > Oryza sativa L. < /em > )
J Genet. 2024;103:13.ABSTRACTThe aroma in rice is the most appreciable quality trait, controlled by the loss of function of the betaine aldehyde dehydrogenase 2 (BADH2) gene. In the present study, indica rice cultivars (basmati, nonbasmati aromatic, and nonaromatic) were screened to explore allelic differences in the BADH2 gene using two functional markers (badh2-p-5'UTR and FMbadh2-E7). Notably, the results of the present mutational analysis showed that both markers confirmed a different mutation in indica rice cultivars than earlier reported japonica accessions. It was found that there is 250-bp deletion in the promoter ...
Source: Journal of Genetics - April 2, 2024 Category: Genetics & Stem Cells Authors: Sonali Chandanshive Sarika Mathure Altafhusain Nadaf Source Type: research
Genetic analysis of a child with severe intellectual disability caused by a novel variant in the FERM domain of the FRMPD4 protein
In this study, we expand the spectrum of FRMPD4 variants and suggest that the clinical awareness of the genetic diagnosis of nonsyndromic ID should be strengthened.PMID:38562040 (Source: Journal of Genetics)
Source: Journal of Genetics - April 2, 2024 Category: Genetics & Stem Cells Authors: Hua Pan Feng Zhu Kun Chen Yin Zhang Source Type: research
Multiple mutations in < em > BADH2 < /em > gene reveal the novel fragrance allele in indica rice ( < em > Oryza sativa L. < /em > )
J Genet. 2024;103:13.ABSTRACTThe aroma in rice is the most appreciable quality trait, controlled by the loss of function of the betaine aldehyde dehydrogenase 2 (BADH2) gene. In the present study, indica rice cultivars (basmati, nonbasmati aromatic, and nonaromatic) were screened to explore allelic differences in the BADH2 gene using two functional markers (badh2-p-5'UTR and FMbadh2-E7). Notably, the results of the present mutational analysis showed that both markers confirmed a different mutation in indica rice cultivars than earlier reported japonica accessions. It was found that there is 250-bp deletion in the promoter ...
Source: Journal of Genetics - April 2, 2024 Category: Genetics & Stem Cells Authors: Sonali Chandanshive Sarika Mathure Altafhusain Nadaf Source Type: research
Genetic analysis of a child with severe intellectual disability caused by a novel variant in the FERM domain of the FRMPD4 protein
In this study, we expand the spectrum of FRMPD4 variants and suggest that the clinical awareness of the genetic diagnosis of nonsyndromic ID should be strengthened.PMID:38562040 (Source: Journal of Genetics)
Source: Journal of Genetics - April 2, 2024 Category: Genetics & Stem Cells Authors: Hua Pan Feng Zhu Kun Chen Yin Zhang Source Type: research
Multiple mutations in < em > BADH2 < /em > gene reveal the novel fragrance allele in indica rice ( < em > Oryza sativa L. < /em > )
J Genet. 2024;103:13.ABSTRACTThe aroma in rice is the most appreciable quality trait, controlled by the loss of function of the betaine aldehyde dehydrogenase 2 (BADH2) gene. In the present study, indica rice cultivars (basmati, nonbasmati aromatic, and nonaromatic) were screened to explore allelic differences in the BADH2 gene using two functional markers (badh2-p-5'UTR and FMbadh2-E7). Notably, the results of the present mutational analysis showed that both markers confirmed a different mutation in indica rice cultivars than earlier reported japonica accessions. It was found that there is 250-bp deletion in the promoter ...
Source: Journal of Genetics - April 2, 2024 Category: Genetics & Stem Cells Authors: Sonali Chandanshive Sarika Mathure Altafhusain Nadaf Source Type: research
Genetic analysis of a child with severe intellectual disability caused by a novel variant in the FERM domain of the FRMPD4 protein
In this study, we expand the spectrum of FRMPD4 variants and suggest that the clinical awareness of the genetic diagnosis of nonsyndromic ID should be strengthened.PMID:38562040 (Source: Journal of Genetics)
Source: Journal of Genetics - April 2, 2024 Category: Genetics & Stem Cells Authors: Hua Pan Feng Zhu Kun Chen Yin Zhang Source Type: research
Multiple mutations in < em > BADH2 < /em > gene reveal the novel fragrance allele in indica rice ( < em > Oryza sativa L. < /em > )
J Genet. 2024;103:13.ABSTRACTThe aroma in rice is the most appreciable quality trait, controlled by the loss of function of the betaine aldehyde dehydrogenase 2 (BADH2) gene. In the present study, indica rice cultivars (basmati, nonbasmati aromatic, and nonaromatic) were screened to explore allelic differences in the BADH2 gene using two functional markers (badh2-p-5'UTR and FMbadh2-E7). Notably, the results of the present mutational analysis showed that both markers confirmed a different mutation in indica rice cultivars than earlier reported japonica accessions. It was found that there is 250-bp deletion in the promoter ...
Source: Journal of Genetics - April 2, 2024 Category: Genetics & Stem Cells Authors: Sonali Chandanshive Sarika Mathure Altafhusain Nadaf Source Type: research
Genetic analysis of a child with severe intellectual disability caused by a novel variant in the FERM domain of the FRMPD4 protein
In this study, we expand the spectrum of FRMPD4 variants and suggest that the clinical awareness of the genetic diagnosis of nonsyndromic ID should be strengthened.PMID:38562040 (Source: Journal of Genetics)
Source: Journal of Genetics - April 2, 2024 Category: Genetics & Stem Cells Authors: Hua Pan Feng Zhu Kun Chen Yin Zhang Source Type: research
