Maureen C. Dolan
This is a likely match — the affiliation was inferred from OpenAlex, ORCID, and web sources but has not been fully confirmed. Treat with appropriate caution.
Researcher
Also affiliated: Arkansas Biosciences Institute (2007–2025); Applied Food Technologies (United States) (2011); Virginia Tech (2004)
Faculty Researcher
Research Areas
Biomedical Subjects
Links
Biography and Research Information
OverviewAI-generated summary
Maureen C. Dolan's research focuses on biological and biotechnological applications, particularly in protein production and molecular biology. She is a Co-Principal Investigator on an NSF-funded project totaling $394,063, which aims to engineer GPI-anchored proteins in plant cells to enhance their production and explore related applications. Her work also extends to ecological studies, including research on the host range and feeding behaviors of ectoparasites on coral reef fishes.
Dolan has also investigated methods for assessing microbial activity in plant rhizospheres, developing and optimizing RNA extraction and ribosomal RNA depletion techniques. Her scholarship metrics include an h-index of 14, with 28 total publications and over 2,200 citations. She actively collaborates with researchers at Arkansas State University, including John Artim, Asela Wijeratne, and Kipa Tamrakar, with whom she shares multiple publications.
Metrics
- h-index: 14
- Publications: 28
- Citations: 1,106
Selected Publications
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Assessment of rhizosphere microbial activity using optimized RNA extraction coupled with universal ribosomal RNA depletion techniques (2025)
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Assessment of rhizosphere microbial activity using optimized RNA extraction coupled with universal ribosomal RNA (rRNA) depletion techniques (2024)
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An optimized CTAB based RNA extraction from rhizosphere, followed by universal rRNA depletion for metatranscriptomics v1 (2024)
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Blood meal identification reveals extremely broad host range and host-bias in a temporary ectoparasite of coral reef fishes (2023)
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Blood Meal Identification Reveals Extremely Broad Host Range and Host Bias in a Temporary Ectoparasite of Coral Reef Fishes (2023)
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PLANT PRODUCTION AND FUNCTIONAL CHARACTERIZATION OF CATFISH INTERLEUKIN 22 AS A NATURAL IMMUNE STIMULANT FOR AQUACULTURE (2020)
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Plant production and functional characterization of catfish interleukin-22 as a natural immune stimulant for aquaculture fish (2020)
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Protein characterization, purification, and sequence analysis data for plant-made catfish interleukin 22 (2020)
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Host DNA integrity within blood meals of hematophagous larval gnathiid isopods (Crustacea, Isopoda, Gnathiidae) (2019)
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Developing an Apicomplexan DNA Barcoding System to Detect Blood Parasites of Small Coral Reef Fishes (2017)
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Dramatic secretion of recombinant protein expressed in tobacco cells with a designer glycopeptide tag is highly impacted by medium composition (2016)
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RTB Lectin: a novel receptor-independent delivery system for lysosomal enzyme replacement therapies (2015)
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Hydroxyproline-O-glycosylated peptide tags enhance recombinant protein yields in tobacco transient expression (2014)
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Current and emerging technologies for rapid detection and characterization of Salmonella in poultry and poultry products (2013)
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Application of MIQE Guidelkines to Measuring Effects of Maternal Smoking on nAChR mRNA Expresiion in the Striatum (2011)
Federal Grants 1 $394,063 total
Engineering GPI-anchored Proteins in Plant Cells for Enhanced Protein Production and Applications
Collaboration Network
Top Collaborators
- Assessment of rhizosphere microbial activity using optimized RNA extraction coupled with universal ribosomal RNA depletion techniques
- An optimized CTAB based RNA extraction from rhizosphere, followed by universal rRNA depletion for metatranscriptomics v1
- Assessment of rhizosphere microbial activity using optimized RNA extraction coupled with universal ribosomal RNA (rRNA) depletion techniques
- Blood meal identification reveals extremely broad host range and host-bias in a temporary ectoparasite of coral reef fishes
- Blood Meal Identification Reveals Extremely Broad Host Range and Host Bias in a Temporary Ectoparasite of Coral Reef Fishes
- Blood meal identification reveals extremely broad host range and host-bias in a temporary ectoparasite of coral reef fishes
- Blood Meal Identification Reveals Extremely Broad Host Range and Host Bias in a Temporary Ectoparasite of Coral Reef Fishes
- Blood meal identification reveals extremely broad host range and host-bias in a temporary ectoparasite of coral reef fishes
- Blood Meal Identification Reveals Extremely Broad Host Range and Host Bias in a Temporary Ectoparasite of Coral Reef Fishes
- Blood meal identification reveals extremely broad host range and host-bias in a temporary ectoparasite of coral reef fishes
- Blood Meal Identification Reveals Extremely Broad Host Range and Host Bias in a Temporary Ectoparasite of Coral Reef Fishes
- Assessment of rhizosphere microbial activity using optimized RNA extraction coupled with universal ribosomal RNA depletion techniques
- Assessment of rhizosphere microbial activity using optimized RNA extraction coupled with universal ribosomal RNA (rRNA) depletion techniques
- Assessment of rhizosphere microbial activity using optimized RNA extraction coupled with universal ribosomal RNA depletion techniques
- Assessment of rhizosphere microbial activity using optimized RNA extraction coupled with universal ribosomal RNA (rRNA) depletion techniques
- Blood Meal Identification Reveals Extremely Broad Host Range and Host Bias in a Temporary Ectoparasite of Coral Reef Fishes
- Blood meal identification reveals extremely broad host range and host-bias in a temporary ectoparasite of coral reef fishes
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