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Derrick Kamp

You can download a full copy of my CV here

Education

2014-2018

Calvin College

B.S in Biology

2018-2025

University of Connecticut

PhD in Molecular and Cell Biology

Skills and Experience

Confocal Microscopy

  • Robust experience with Nikon and Zeiss imaging platforms; familiarity with Leica platforms

  • Laser-scanning and spinning disk microscopy

  • Filter-based imaging and spectral imaging/linear unmixing

  • In situ imaging techniques: lectin staining, bacterial fluorescence in situ hybridization (FISH), hybridization chain reaction FISH (HCR-FISH), and combinatorial labeling and spectral imaging FISH (CLASI-FISH) in non-model systems

  • Bacterial FISH probe design

  • Image analysis in Fiji/ImageJ

Light Sheet Microscopy

  • Zeiss Lightsheet 7

  • Optimization of tissue clearing and staining techniques in large, whole-mount tissues in non-model systems

  • Analysis of computationally intensive datasets in Zeiss arivis Pro

  • Application of machine learning and AI image analysis pipelines

Animal Husbandry

  • Raising of non-model marine organisms under experimental conditions

  • Preparation of IACUC review materials and compliance

  • Training and managing teams to maintain animal wellbeing

Wet Lab

  • Isolating, culturing and assaying environmental bacteria

  • Genetic tools: Triparental mating and Gibson assembly

  • DNA and glycoprotein extraction from bacterial cultures and tissue

Proficiency in R

Selected Presentations

Invited Presentations

  • “Structure of Bacterial Community and Host Organ within the Reproductive System of the Hawaiian Bobtail Squid.” UConn MCB graduate recruitment. Winter, 2023

  • “Structure of Bacterial Community and Host Organ within the Reproductive System of the Hawaiian Bobtail Squid.” UConn Marine Science Department. Fall, 2023

Oral Presentations

  • “Sweet Structuring: Glycan and bacterial taxa association in the accessory nidamental gland of Euprymna scolopes.” Squid-Vibrio Symposium. Summer, 2023

  • “Micron-scale Biogeography of Bacteria and Host within a Reproductive Organ of the Hawaiian Bobtail Squid.” 8th Conference on Beneficial Microbes. Summer, 2022

  • “Micron-scale Biogeography of Bacteria and Host within a Reproductive Organ of the Hawaiian Bobtail Squid.” Pioneer Valley Microbiology Symposium. Spring, 2022

  • “FISHing for symbionts within the accessory nidamental gland of Euprymna scolopes.” Squid-Vibrio Symposium. Summer, 2021

Poster Presentations

  • “Sweet Structuring: Glycan and bacterial taxa association in the accessory nidamental gland of Euprymna scolopes.” 9th Conference on Beneficial Microbes. Summer, 2024

  • “Physical structure of the accessory nidamental gland facilitates symbiotic function.” Squid-Vibrio Symposium. Summer, 2024

  • “Exploring potential cross feeding and symbiosis factors necessary for growth of a novel Rhizobiales from Cephalotes ants.” Calvin College Science Division Poster Fair. Fall 2017

  • “IL6 secreted by endothelial cells increases HIV infection in resting CD4+ T cells without activation.” Van Andel Institute WMRUGS Research Conference. Fall 2016

Related Awards and Fellowships

Imaging

Teaching

  • 2021-2022 Outstanding TA Award – UConn Molecular & Cell Biology Department, 2022​

Presentations

  • Most Outstanding Poster Presentation – Squid-Vibrio Symposium, 2024​

  • Most Outstanding Presentation – Squid-Vibrio Symposium, 2021​

Fellowships

  • Antonio and Marjorie Romano Graduate Education Fellowship, 2025 

  • Jean Lucas-Lenard Special Summer Fellowship in Molecular Cell Biology, 2023​​​

  • Microbiome Research Fellowship – University of Connecticut, 2018

Teaching Experience

The Marine Biological Laboratory

Molecular Mechanisms of Symbiosis: Designed and assisted teaching graduate-level laboratory course on studying host-microbe interactions in the bobtail squid. Trained students on experimental design, tissue prep and confocal imaging in the squid-bacteria system.​​

The University of Connecticut

MCB 3633: Pathogenic Microbiology: Designed and taught course for upper-level lab course focused on identifying and characterizing pathogenic bacteria using classical and modern microbiological techniques.

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MCB 4642: Experiments in Bacterial Genetics: Assisted in teaching graduate and undergraduate students advanced lab techniques focused on genetic experiments in different bacterial strains.

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MCB 5427: Introduction to Molecular Techniques: Assisted in teaching Master’s-level lab course designed to familiarize students with experimental methods common in industry settings.

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