Hailemariam Abrha Assress
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Researcher
Also affiliated: Arkansas Children's Nutrition Center (2026)
Graduate Student Researcher
Research Areas
Biography and Research Information
OverviewAI-generated summary
Hailemariam Abrha Assress's research focuses on the application of advanced analytical techniques to understand biological processes. Their work includes the development and application of computational methods for annotating unknown metabolites from mass spectrometry data, as demonstrated in their 2026 publication on integrating fingerprint prediction and physicochemical property filtering. Another area of their research investigates metabolic reprogramming in the context of disease, specifically examining how mitochondrial citrate carrier deletion can mitigate acute tubular injury induced by antibiotics, as detailed in their 2026 publication. Assress collaborates with researchers at the University of Arkansas for Medical Sciences, including Renny S. Lan, Sree V. Chintapalli, Colin D. Kay, and Ahmad Mani‐Varnosfaderani, with whom they have co-authored publications.
Metrics
- Publications: 1
Selected Publications
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Lactiplantibacillus plantarum promotes intestinal goblet cell differentiation via indole-3-lactic acid–AHR signaling in pigs (2026)
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Integrating fingerprint prediction and physicochemical property filtering to annotate unknown metabolites from high-resolution MS/MS spectra (2026)
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Metabolic Reprogramming Induced by Mitochondrial Citrate Carrier Deletion Mitigates Antibiotics-Induced Acute Tubular Injury (2026)
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Beyond the Known Metabolome: Predictive Strategies for Dark Matter Discovery (2025)
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Associations between maternal microbiome, metabolome and incidence of low-birth weight in Guatemalan participants from the Women First Trial (2024)
Collaboration Network
Top Collaborators
- Metabolic Reprogramming Induced by Mitochondrial Citrate Carrier Deletion Mitigates Antibiotics-Induced Acute Tubular Injury
- Metabolic Reprogramming Induced by Mitochondrial Citrate Carrier Deletion Mitigates Antibiotics-Induced Acute Tubular Injury
- Metabolic Reprogramming Induced by Mitochondrial Citrate Carrier Deletion Mitigates Antibiotics-Induced Acute Tubular Injury
- Metabolic Reprogramming Induced by Mitochondrial Citrate Carrier Deletion Mitigates Antibiotics-Induced Acute Tubular Injury
- Metabolic Reprogramming Induced by Mitochondrial Citrate Carrier Deletion Mitigates Antibiotics-Induced Acute Tubular Injury
- Metabolic Reprogramming Induced by Mitochondrial Citrate Carrier Deletion Mitigates Antibiotics-Induced Acute Tubular Injury
- Metabolic Reprogramming Induced by Mitochondrial Citrate Carrier Deletion Mitigates Antibiotics-Induced Acute Tubular Injury
- Metabolic Reprogramming Induced by Mitochondrial Citrate Carrier Deletion Mitigates Antibiotics-Induced Acute Tubular Injury
- Integrating fingerprint prediction and physicochemical property filtering to annotate unknown metabolites from high-resolution MS/MS spectra
- Integrating fingerprint prediction and physicochemical property filtering to annotate unknown metabolites from high-resolution MS/MS spectra
- Integrating fingerprint prediction and physicochemical property filtering to annotate unknown metabolites from high-resolution MS/MS spectra
- Integrating fingerprint prediction and physicochemical property filtering to annotate unknown metabolites from high-resolution MS/MS spectra
- Integrating fingerprint prediction and physicochemical property filtering to annotate unknown metabolites from high-resolution MS/MS spectra
- Integrating fingerprint prediction and physicochemical property filtering to annotate unknown metabolites from high-resolution MS/MS spectra
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