The University of Nebraska–Lincoln, often referred to as Nebraska, UNL or NU, is a public research university in the city of Lincoln, in the state of Nebraska in the Midwestern United States. It is the state's oldest university, and the largest in the University of Nebraska system.
The state legislature chartered the university in 1869 as a land-grant university under the 1862 Morrill Act, two years after Nebraska's statehood into the United States. Around the turn of the 20th century, the university began to expand significantly, hiring professors from eastern schools to teach in the newly organized professional colleges while also producing groundbreaking research in agricultural sciences. The "Nebraska method" of ecological study developed here during this time pioneered grassland ecology and laid the foundation for research in theoretical ecology for the rest of the 20th century. The university is organized into eight colleges on two campuses in Lincoln with over 100 classroom buildings and research facilities.
Editors [3]
The following is the list of scholars from University of Nebraska–Lincoln who currently serve as editors for one or more SciTechnol journals.
Publications [20]
The following is the list of articles by scholars from University of Nebraska–Lincoln that are published in SciTechnol journals.
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Monoclonal Antibody- Drug Conjugation
Editorial: J Biochem Eng Bioprocess
DOI:
Kiran Kumar M*
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Bio-Engineering on S tem Cell Bioprocessing and Manufact uring
Opinion Article: J Biochem Eng Bioprocess
DOI:
Ram Chandra PH.D*
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Absorbing Compounds found in Photosynthetic Organism
Editorial: J Biochem Eng Bioprocess
DOI:
Raj Sekhar PH.D*
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Multicellular Stem Cells, Neural Methodologies
Commentary: J Biochem Eng Bioprocess
DOI:
Joseph Philips*
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Cells and Adult Organisms of Bio-Process
Commentary: J Biochem Eng Bioprocess
DOI:
K Srinivasen Ayer*
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Advances in Metabolic Engineering: Unlocking Biochemical Pathways for Sustainable Bioprocessing
Perspective: J Biochem Eng Bioprocess
DOI:
Kieran Ronan
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Biocatalysis at the Forefront: Strategies and Applications in Biochemical Engineering
Perspective: J Biochem Eng Bioprocess
DOI:
Jaxon Orion
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Biochemical Engineering for Circular Economy: Biorefineries, Biomass Conversion, and Waste Valorization
Perspective: J Biochem Eng Bioprocess
DOI:
Juniper Lyra
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Biochemical Engineering for Therapeutic Protein Production: Challenges and Revolutions in Biopharmaceutical Manufacturing
Opinion Article: J Biochem Eng Bioprocess
DOI:
Takashi Sora
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Bioprocess Monitoring and Control: Cutting-edge Techniques for Quality and Yield Improvement
Perspective: J Biochem Eng Bioprocess
DOI:
Yasmitha Goud
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Bioprocess Optimization and Scale-up: Strategies for Efficient Production of Biochemicals
Opinion Article: J Biochem Eng Bioprocess
DOI:
Rune Sylvara
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Emerging Technologies in Biochemical Engineering: From Synthetic Biology to CRISPR-Based Tools
Perspective: J Biochem Eng Bioprocess
DOI:
Luna Ellis
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Enzyme Engineering for Enhanced Bioprocess Efficiency: Insights and Innovations
Short Communication: J Biochem Eng Bioprocess
DOI:
Morgana Ember
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Microbial Systems Engineering: Harnessing the Power of Microorganisms for Bioprocess Technology
Opinion Article: J Biochem Eng Bioprocess
DOI:
Jing Hui
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Nanotechnology in Biochemical Engineering: Nanobiocatalysis and Nanostructured Biomaterials
Opinion Article: J Biochem Eng Bioprocess
DOI:
Dashiell Lyra
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Chemistry of Covalently Bonded Carbon Compounds
Commentary: J Biochem Eng Bioprocess
DOI:
Robert Jhon
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Deliberate Deficiencies Expanding Electronic Function
Commentary: J Biochem Eng Bioprocess
DOI:
Steven Aris
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Representation of Compounds as Potential Antifungal Agents
Perspective: J Biochem Eng Bioprocess
DOI:
Farnaz Saleh
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Two-Phase Reactions in the Chemistry of Carbanions and Halocarbons
Perspective: J Biochem Eng Bioprocess
DOI:
Makosza mahuz
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Compounds of Apatite: Wet Formation, Thermal Transformations
Opinion Article: J Biochem Eng Bioprocess
DOI:
Iglazov sarif