Publications & Patents

28. Build a Custom No-Code GPT using OpenAI’s GPT Builder, Medium.com, 2024 (Link)

27. Build More Effective ChatGPT Prompts with Poptimizer, Medium.com, 2024 (Link)

26. Develop and Deploy a Generative AI Application using OpenAI, Langchain, FastAPI, Docker, and AWS ECS, Medium.com, 2024 (Link)

25. Develop and Deploy a Generative AI Application using React, OpenAI, Lambda, Docker, and AWS Lightsail, Medium.com, 2023 (Link)

24. Application of Natural Language Processing to Facilitate Responses to Regulatory Questions, USPTO, 2023. (Link)

23. Accelerated Information Retrieval via OpenAI and Pinecone -- An Introduction to the OP Stack, Medium.com, 2023. (Link)

22. Top Trending Topics in Large Language Models, Medium.com, 2023. (Link)

21. Streamline the Deployment of EC2 Instnaces via Infrastructure as Code using the AWS-CDK, Medium.com, 2023. (Link)

20. Property-Controllable Generation of Quaternary Ammonium Compounds, IEEE BIBM, 2022. (Link)

19. Develop and Deploy Serverless Event-Driven Machine Learning Applications, Medium.com, 2022. (Link)

18. Generation and Characterization of Quaternary Ammonium Compounds via Deep Learning, IEEE BIBM, 2022. (Link)

17. Antipathogen function of the microbiome of spotted salamanders, PTB,  2022. (Submitted)

16. Multi-objective Deep Data Generation with Correlated Property Control, NeurIPS, 2022. (Link)

15. Machine Learning in Biotechnology and Life Sciences, Packt, 2022. (Link)

14. Intelligent Mitigation or Prevention of Equipment Performance Deficiencies, Patent, 2021. (Link)

13. Develop & Deploy a Scalable RESTful API using NodeJS and Mongo, www.TowardsDataScience.com, 2020. (Link)

12. Fraud and Anomaly Detection with Artificial Neural Networks using Python3 and Tensorflow, www.TowardsDataScience.com, 2020. (Link)

11. Launching a REST API using Flask & Python, www.TowardsDataScience.com, 2020. (Link)

10. High-Performance Deep Learning LSTM for Advanced Text Classification using Python, www.TowardsDataScience.com, 2020. (Link)

9. Automated Machine Learning using Python3.7: Improving Efficiency in Model Development, www.TowardsDataScience.com, 2020. (Link). 

8. Changes in Microbiome Confer Multigenerational Host Resistance after Sub-Toxic Pesticide Exposure, Cell Host & Microbe, 2020. (Link)

7. Maximizing Efficiency in Python - Six Best Practices for Implementing Python 3.7 in Production,   www.TowardsDataScience.com, 2019. (Link)

6. Analysis of the Destabilization of Bacterial Membranes by Quaternary Ammonium Compounds: A Combined Experimental and Computational Study, ChemBioChem, 2019. (Link)

5. Current Google Search Packages using Python 3.7: A Simple Tutorial. www.TowardsDataScience.com, 2019. (Link)

4. Quaternary Ammonium Compounds with Multiple Cationic Moieties Provide Antimicrobial Activity Against Campylobacter jejuni, Journal of Food Control, 2018. (Link)

3. Synthesis, Antimicrobial Activity,  and Computational Analysis of Pyridine-based Multi-Cationic Quaternary Ammonium Compounds, Villanova University, 2017. (Link)

2. Ester- and amide-containing multiQACs: Exploring multicationic soft antimicrobial agents, BMCL, 2017. (Link)

1. The Development of Next-Generation Pyridinium-Based multiQAC Antiseptics, ChemMedChem, 2017. (Link)