1.

Background: In Bangladesh, > 50 million individuals are chronically exposed to inorganic arsenic (iAs) through drinking water, increasing risk for cancer and other [...]

02 September 2025 | Human Genetics[...] | Article |
2.
In genome-wide association studies (GWAS), it is often desirable to test for interactions, such as gene–environment (G x E) or gene–gene (G x G) interactions, between sin [...]
22 August 2025 | Human Genetics | Article |
3.
Arsenic exposure remains a leading public health concern. Folic acid (FA) supplementation enhances one-carbon metabolism (OCM), thus promoting arsenic methylation and fac [...]
16 July 2025 | Human Genetics[...] | Article |
4.
The cardiac conduction system (CCS) orchestrates the electrical impulses that enable coordinated contraction of the cardiac chambers. The T-box transcription factors TBX3 [...]
24 July 2025 | Human Genetics[...] | Article |
5.
Cellular plasticity is a principal feature of vertebrate adaptation, tissue repair and tumorigenesis. However, the mechanisms that regulate the stability of somatic cell [...]
20 August 2025 | Biophysical Sciences[...] | Article |
6.
Detecting and quantifying the strength of selection is a major objective in population genetics. Since selection acts over multiple generations, many approaches have been [...]
22 July 2025 | Biophysical Sciences[...] | Article |
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8.
Spatial population genetic models are useful tools to study the impact of geographical processes, such as migration and population structure, on genetic variation in huma [...]
2025-08 | Human Genetics | Dissertation |
9.
One key component of study design in population genetics is the “geographic breadth” of a sample (i.e., how broad a region across which individuals are sampled). How the [...]
03 June 2025 | Ecology and Evolution[...] | Article |
10.
Genetic effects on complex traits may depend on context, such as age, sex, environmental exposures, or social settings. However, it remains often unclear if the extent of [...]
10 April 2025 | Human Genetics | Article |
11.

Background: Differential expression analysis is pivotal in single-cell transcriptomics for unraveling cell-type–specific responses to stimuli. While numerous methods a [...]

17 March 2025 | Human Genetics[...] | Article |
12.
Genome-wide association studies (GWAS) have made significant strides in identifying genetic loci associated with complex traits and diseases. However, most of these loci [...]
2025-06 | Human Genetics | Dissertation |
13.
Many proteins form paralogous multimers—molecular complexes in which evolutionarily related proteins are arranged into specific quaternary structures. Little is known abo [...]
23 January 2025 | Biochemistry and Molecular Biology[...] | Article |
14.
The search for the genetic factors underlying complex neuropsychiatric disorders has proceeded apace in the past decade. Despite some advances in identifying genetic vari [...]
20 August 2019 | Genetics, Genomics, and Systems Biology[...] | Article |
15.
Myocardial infarction (MI) compromises the cardiac microvascular endothelial barrier, increasing leakage and inflammation. HIF2α, predominantly expressed in cardiac endot [...]
15 March 2025 | Human Genetics[...] | Article |
16.
Tibetan adaptation to high-altitude hypoxia remains a classic example of Darwinian selection in humans. Amongst Tibetan populations, alleles in the EPAS1 gene - whose pro [...]
10 February 2025 | Human Genetics | Article |
17.
Ineffective medication is a major healthcare problem causing significant patient suffering and economic costs. This issue stems from the complex nature of diseases, which [...]
07 February 2025 | Human Genetics[...] | Article |
18.
Understanding the genetic regulatory mechanisms of gene expression is an ongoing challenge. Genetic variants that are associated with expression levels are readily identi [...]
10 January 2025 | Human Genetics[...] | Article |
19.
Identifying the molecular effects of human genetic variation across cellular contexts is crucial for understanding the mechanisms underlying disease-associated loci, yet [...]
02 December 2024 | Genetics, Genomics, and Systems Biology[...] | Article |
20.

Background: DNA methylation (DNAm) data from human samples has been leveraged to develop “epigenetic clock” algorithms that predict age and other aging-related phenoty [...]

03 January 2025 | Human Genetics[...] | Article |
21.
Vertebrates differ over 100,000-fold in responses to pro-inflammatory agonists such as bacterial lipopolysaccharide (LPS), complicating use of animal models to study huma [...]
28 December 2024 | Human Genetics[...] | Article |
22.
Previous evolutionary models of duplicate gene evolution have overlooked the pivotal role of genome architecture. Here, we show that proximity-based regulatory recruitmen [...]
18 December 2024 | Ecology and Evolution[...] | Article |
23.
Background: The vast majority of genes in the genome are multi-exonic, and are alternatively spliced during transcription, resulting in multiple isoforms for each gene. F [...]
11 December 2024 | Human Genetics[...] | Article |
24.
It is commonly reported that rare variants may be more functionally related to complex diseases than common variants. However, individual rare variant association tests r [...]
04 December 2024 | Human Genetics | Article |
25.

Background: Poor air quality is associated with poor health. Little attention is given to the complex array of environmental exposures and air pollutants that affect m [...]

05 July 2023 | Human Genetics[...] | Article |