The Delaware Biotechnology Institute (DBI) at the University of Delaware is a partnership among government, academia and industry to help establish the First State as a center of excellence in biotechnology and the life sciences.The Institute's mission is to facilitate a biotechnology network of people and core instrumentation to enhance existing academic and private-sector research, catalyze unique cross-disciplinary research and education initiatives, and to foster the entrepreneurship that creates high-quality jobs.

Adjacent to the University of Delaware main campus, DBI's 72,000 sq ft (6,700 m2) research facility is located in the 40-acre (160,000 m2) Delaware Technology Park, home to a range of established and new technology businesses. The DBI laboratory houses more than 180 faculty and students, allowing for valuable collaborations and the opportunity to share the institute's professionally managed core instrumentation centers. Research at the Delaware Biotechnology Institute has application in agriculture, environmental science, and human health, featuring leading-edge work in bioinformatics, genomics and small RNA biology, materials science, molecular medicine and proteomics.

The following is the list of scholars from Delaware Biotechnology Institute who currently serve as editors for one or more SciTechnol journals.

• Jung-Youn Lee

The following is the list of articles by scholars from Delaware Biotechnology Institute that are published in SciTechnol journals.

• Effects of Drought Stress on Morphological, Physiological Traits of Wheat (Triticum Aestivum L.) Cultivars in Pakistan

  Research Article: J Plant Physiol Pathol
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  Zeeshan Ahmed Solangi¹, Qurban Ali^2*, Zahoor Ahmed Soomro¹, Muhamad Hamza Saleem³ Taj Muhammad Rattar⁴, Shabana Memon¹, Amjad Hussain⁵, Agha Mushtaque Ahmed⁶, Tahmina Shar¹, Aafaque Ahmed Keerio^1, Shakeelan Bano
  

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• Using a Convolutional Neural Network to Diagnose Common Diseases in Oryza Sativa

  Research Article: J Plant Physiol Pathol
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  Grace Zhang
  
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• Note on Plant Disease Resistance

  Editorial: J Plant Physiol Pathol
  DOI:
  Jung- Youn Lee
  
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• Cellular Science: Analytical and Technological Advancements

  Editorial: J Plant Physiol Pathol
  DOI:
  Jung-Youn Lee
  
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• Pest Control Methods: Uses

  Opinion Article: J Plant Physiol Pathol
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  Florence V Dunkel
  
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• A Note on Necrosis

  Editorial: J Plant Physiol Pathol
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  John P Burand
  
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• Extractions of Essential Oils

  Editorial: J Plant Physiol Pathol
  DOI:
  Brian Traw
  
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• Agriculture: Methods and Techniques

  Commentary: J Plant Physiol Pathol
  DOI:
  Behnam Khatabi
  
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• Green House Gases in Atmosphere

  Perspective: J Plant Physiol Pathol
  DOI:
  Qing-Lai Dang
  
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• Antioxidant and Photochemical Responses of Watermelon (Citrullus Lanatus L.) Genotypes to Lead Toxicity

  Research Article: J Plant Physiol Pathol
  DOI:
  Ali Dogru
  
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• Evaluate the effects of the low partial pressure of O2 on nitrogen fixation in soybean using a positron-emitting tracer imaging system

  Commentary: J Plant Physiol Pathol
  DOI:
  Nguyen Van Phi Hung
  
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• Biochemical basis of systemic acquired resistance in muskmelon induced by different SAR elicitors in response to challenge inoculation by downy mildew pathogen

  Research Article: J Plant Physiol Pathol
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  Astha, Sekhon PS
  

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