Kamal Rawal, Amit Chaudhary, Sweety Shinde, Aditi Jain, Prachie Sharma, Gargi Saha, Megha Bohra, Unnati Agarwal, Tulika Sinha, Tejswani, Lubaina Kaba, Laxmi Akhila, Jesica Ramprasad, Gargi, Ananya Rao, Akansha Singh, Sakshi Grover, Shradheya,
Swetha. "A general map of Chagas disease and their subnetworks."
2. An extensive survey of molecular docking tools and their applications using text mining and deep curation strategies.
Author(s): Kamal Rawal, Tanishka Khurana, Himanshu Sharma, Sadika Verma, Simmi Gupta, Chahat Kubba, Ulrich Strych, Peter Hotez, Maria Elena Bottazzi
Citation:
Rawal K, Khurana T, Sharma H, et al. An extensive survey of molecular docking tools and their applications using text mining and deep curation strategies.. PeerJ Preprints; 2019. DOI: 10.7287/peerj.preprints.27538v1.
3. Analyse GapA for being a potential vaccine candidate using computation tools
Author(s): Nandini Chauhan, Preeti P, Kamal Rawal
Citation:
Nandini Chauhan, Preeti P, Kamal Rawal. "Analyse GapA for being a potential vacccine candidate using computation tools."
4. Analysis of Indomethacin as a potential drug for COVID-19 using CoV-DrugX computational Pipeline
Author(s): Rutuja Pendharkar, Preeti P., Prashant Singh, Robin Sinha, Trapti Sharma, Swarsat Kaushik Nath, Aruna Vigneshwari, Kamal Rawal
Citation:
Pendharkar, Rutuja A., Preeti P, Prashant Singh, Robin Sinha, Trapti Sharma, Swarsat K. Nath, and Kamal Rawal. 2022. “Analysis of Indomethacin as a Potential Drug for COVID-19 Using Cov-drugx Pipeline.” OSF Preprints. January 22. doi:10.31219/osf.io/txmra.
5. Analysis of Protein A33 as a potential vaccine against smallpox using machine-based learning approaches
Author(s): Anshika Dedha, Kartavya Mathur, Preeti P, Kamal Rawal
Citation:
Anshika Dedha, Kartavya Mathur, Preeti P., and Kamal Rawal. "Analysis of Protein A33 as a potential vaccine against smallpox using machine-based learning approaches"
6. Apabetalone: Can be repurposed or not against SARS-CoV-2?
Author(s): Shristi Singhania, Robin Sinha, Trapti Sharma, Preeti P, Kamal Rawal
Citation:
Singhania, Shristi, Robin Sinha, Trapti Sharma, Preeti P, and Kamal Rawal. 2022. “Apabetalone: Can Be Repurposed or Not Against Sars-cov-2?.” OSF Preprints. February 4. doi:10.31219/osf.io/bavy2.
7. Assessment of glycoprotein 5 platelets as potential vaccine candidate against Porcine Reproductive and Respiratory Syndrome Virus (PRRSV) using bioinformatics strategies
Author(s): Kartikeya Parashar, Preeti P, Kamal Rawal
Citation:
Kartikeya Parashar, Preeti P and Kamal Rawal. "Assessment of glycoprotein 5 platelets as potential vaccine candidate against Porcine Reproductive and Respiratory Syndrome Virus (PRRSV) using bioinformatics strategies"
8. Assessment of Suitability of Mucin Associated Surface Protein as a Potential Vaccine Candidate for Chagas Disease
Author(s): Joel Benny, Preeti P, Kamal Rawal
Citation:
Joel Benny, Preeti P, and Kamal Rawal. "Assessment of Suitability of Mucin Associated Surface Protein as a Potential Vaccine Candidate for Chagas Disease"
9. Bafilomycin A1: A potential candidate drug for COVID-19 Treatment
Author(s):Sharayu Salegaonkar, Trapti Sharma,Preeti P., Robin Sinha, Kamal Rawal
Citation:
Sharma, Trapti, Preeti P, Robin Sinha, and Kamal Rawal. 2022. “Bafilomycin A1: A Potential Candidate Drug for COVID-19 Treatment.” OSF Preprints. February 2. doi:10.31219/osf.io/tzhb6.
10. Candidate role of Matrix protein 2 as a potential vaccine nominee against Avian Influenza using computational approaches.
Author(s): Arashdeep Singh, Preeti P, Kamal Rawal
Citation:
Arashdeep Singh, Preeti P, Kamal Rawal. "Candidate role of Matrix protein 2 as a potential vaccine nominee against Avian Influenza using computational approaches"
11. Comprehensive computational evidence based analysis of Collagen binding protein (cne) using VaxElan and Vaxi-DL against Strangles as prospective potential vaccine candidate
Author(s): Abhishek Singh, Preeti P, Kamal Rawal
Citation:
Abhishek Singh, Preeti P, and Kamal Rawal. "Comprehensive computational evidence based analysis of Collagen binding protein (cne) using VaxElan and Vaxi-DL against Strangles as prospective potential vaccine candidate."
12. COV-DOCK server: A web server for COVID-19 ligand-target docking.
Rawal, Kamal, Prashant Singh, Robin Sinha, Ridhima, Preeti P, Swarsat K. Nath, Priya Kumari, et al. 2021. “COV-DOCK Server: A Web Server for COVID-19 Ligand-target Docking.” OSF Preprints. November 29. doi:10.31219/osf.io/x2ky5.
13. COV-Drug Target interaction server for Covid-19 Drug Repurposing
Rawal, Kamal, Prashant Singh, Robin Sinha, Priya Kumari, Swarsat K. Nath, Ridhima, Sukriti Sahai, et al. 2021. “Cov-drug Target Interaction Server for Covid-19 Drug Repurposing.” OSF Preprints. December 7. doi:10.31219/osf.io/gejwq.
14. COV-DrugX Pipeline for Covid-19 Drug Repurposing
Author(s): Rawal, Kamal, Prashant Singh, Robin Sinha, Swarsat K. Nath, Preeti P, Priya Kumari, Sukriti Sahai
Citation:
Rawal, Kamal, Prashant Singh, Robin Sinha, Swarsat K. Nath, Preeti P, Priya Kumari, Sukriti Sahai, et al. 2021. “Cov-drugx Pipeline for Covid-19 Drug Repurposing.” OSF Preprints. November 29. doi:10.31219/osf.io/whka3.
15. ESAT-6: A Potential vaccine candidate for Tuberculosis Prevention.
Author(s): Khushi Dagar, Preeti P, Kamal Rawal
Citation:
Khushi Dagar, Preeti P., Kamal Rawal. "ESAT-6: A Potential vaccine candidate for Tuberculosis Prevention."
16. Machine learning approach to identify receptor binding domain of spike glycoprotein as a potential vaccine candidate for COVID-19.
Author(s): Aryan Prajapati, Preeti P, Kamal Rawal
Citation:
Aryan Prajapati, Preeti P., and Kamal Rawal. "Machine learning approach to identify receptor binding domain of spike glycoprotein as a potential vaccine candidate for COVID-19."
17. VAX ELAN pipeline: A computational approach for examining alkaline protease as a potential vaccine candidate for Endocarditis
Author(s): Saumya Singh, Preeti.P, Kamal Rawal
Citation:
Saumya Singh, Preeti.P, and Kamal Rawal. "VAX ELAN pipeline: A computational approach for examining alkaline protease as a potential vaccine candidate for Endocarditis."
18. EVALUATION OF BETA-BARREL PROTEIN AS A VACCINE CANDIDATE USING COMPUTATIONAL TOOL
Author(s): Sneha Sharma, Preeti.P, Kamal Rawal
Citation:
Sneha Sharma, , Preeti P, and Kamal Rawal. "Evaluation of Beta-barrel protein as a vaccine candidate using computational tool."
19. Evaluation of BibA as a potential vaccine candidate using computational tools.
Author(s): Abhisht Tripathi, Neharika Kabtiyal, Preeti P. Kamal Rawal
Citation:
Abhisht Tripathi, Neharika Kabtiyal, Preeti P. , and Kamal Rawal. "Evaluation of BibA as a potential vaccine candidate using computational tools."
20. Computational analysis suggest C2I as a promising vaccine candidate for Botulism caused by C2 toxin
Author(s): Nevidita Arambam, Mihir Nakul, Preeti P, Kamal Rawal
Citation:
Nevidita Arambam, Mihir Nakul, Preeti P, and Kamal Rawal. "Computational analysis suggest C2I as a promising vaccine candidate for Botulism caused by C2 toxin."
21. EVALUATION OF CILIUM ADHESIN P97 AS A POTENTIAL VACCINE CANDIDATE USING COMPUTATIONAL ANALYSIS
Author(s): NIDHI CHOUDHARY, PREETI P. , KAMAL RAWAL
Citation:
NIDHI CHOUDHARY, PREETI P. , and KAMAL RAWAL. "EVALUATION OF CILIUM ADHESIN P97 AS A POTENTIAL VACCINE CANDIDATE USING COMPUTATIONAL ANALYSIS".
22. Evaluation of Diphtheria Toxin precursor as a potential vaccine candidate using computationaL tool.
Author(s): Soumya Mohapatra, Preeti P., Kamal Rawal
Citation:
Soumya Mohapatra, Preeti P., and Kamal Rawal. "Evaluation of Diphtheria Toxin precursor as a potential vaccine candidate using computationaL tool."
23. Evaluation Of DnaJ Chaperone as a Potential Vaccine Candidate Using Computational Tools
Chhaya Bawa, Shivakshi Huria, Priyanshi Dixit, Preeti P, and Kamal Rawal. 2021. “Evaluation Of DnaJ Chaperone as a Potential Vaccine Candidate Using
Computational Tools."
24. Evaluation of Elastase as a potential vaccine candidate using computational tool.
Author(s): Sameen Masroor, Preeti P, Kamal Rawal
Citation:
Sameen Masroor, Preeti P., and Kamal Rawal. "Evaluation of Elastase as a potential vaccine candidate using computational tool."
25. Evaluation of glycoprotein in viral haemorrhagic septicemia virus(VHSV) as a potential vaccine candidate using computational approaches.
Author(s): Ladli Mohan, Achu Pushpan, Preeti P, Kamal Rawal
Citation:
Ladli Mohan, Achu Pushpan, Preeti P, and Kamal Rawal. "Evaluation of glycoprotein in viral haemorrhagic septicemia virus(VHSV) as a potential vaccine candidate using computational approaches."
26. Evaluation of Glycoprotein as a potential vaccine candidate using computational tools
Author(s): Kuralarasi Singaravelan, Preeti P, Kamal Rawal
Citation:
Kuralarasi Singaravelan, Preeti P., and Kamal Rawal. "Evaluation of Glycoprotein as a potential vaccine candidate using computational tools."
27. Evaluation of hyaluronate - associated protein precursor as a potential vaccine candidate using computational tool.
Author(s): Raghav Datta , Preeti P, Kamal Rawal
Citation:
Raghav Datta , Preeti P, and Kamal Rawal. "Evaluation of hyaluronate - associated protein precursor as a potential vaccine candidate using computational tool."
28. Evaluation of m24, partial protein as a potential vaccine candidate using computational tool
Author(s): Purnima Yadav, Preeti P, Kamal Rawal
Citation:
Purnima yadav, Preeti P, and Kamal Rawal. "Evaluation of m24, partial protein as a potential vaccine candidate using computational tool"
29. Machine learning approach to identify Major capsid protein L1 as a potential vaccine candidate for HPV infection prevention.
Author(s): Kunika Chauhan, Preeti P, Kamal Rawal
Citation:
Kunika Chauhan, Preeti P, and Kamal Rawal. "Machine learning approach to identify Major capsid protein L1 as a potential vaccine candidate for HPV infection prevention."
30. Evaluation of Major Capsid Protein L1, as a potential vaccine candidate using computational tools.
Author(s): Pracheta Misra, Preeti P, Kamal Rawal
Citation:
Pracheta Misra, Preeti P, and Kamal Rawal. "Evaluation of Major Capsid Protein L1, as a potential vaccine candidate using computational tools."
31. Evaluation of Manganese ABC transporter substrate-binding protein as a potential vaccine candidate using computational tools
Author(s): Lena F, Preeti P, Kamal Rawal
Citation:
Lena F, Preeti P, and Kamal Rawal. "Evaluation of Manganese ABC transporter substrate-binding protein as a potential vaccine candidate using computational tools"
32. Evaluation of PiLQ as a potential vaccine as a potential vaccine candidate using computational tool.
Author(s): Shahwaz Kadeeb , Preeti P,Kamal Rawal
Citation:
Shahwaz Kadeeb , Preeti P, and K Rawal. "Evaluation of PiLQ as a potential vaccine as a potential vaccine candidate using computational tool."
33. Evaluation of preS2 middle surface protein as a potential vaccine candidate using computational tools.
Author(s): Himanshu Sangwhiya, Preeti P , Kamal Rawal
Himanshu sangwhiya, Preeti P , and Kamal Rawal. "Evaluation of preS2 middle surface protein as a potential vaccine candidate using computational tools."
34. Evaluation of PUTATIVE PEPTIDAE as a potential vaccine candidate using computational tool.
Author(s): Sounh Sansar, Preeti P., Kamal Rawal
Citation:
Sounh Sansar, Preeti P., and Kamal Rawal. "Evaluation of PUTATIVE PEPTIDAE as a potential vaccine candidate using computational tool."
35. Evaluation of RTX-II Toxin Determinant A as a potential vaccine candidate using computational tools
Author(s): Amal Mohsin, Preeti P., Kamal Rawal>
Citation:
Amal Mohsin, Preeti P., and Kamal Rawal. "Evaluation of RTX-II Toxin Determinant A as a potential vaccine candidate using computational tools."
36. Identification and analysis for Bovine Respiratory Syncytial Virus
Author(s): Anshika Singh, Preeti P, Kamal Rawal
Citation:
Anshika Singh, Preeti P, and Kamal Rawal. "Identification and analysis for Bovine Respiratory Syncytial Virus."
37. Machine learning approach to identify TM 1 partial as a potential vaccine candidate for Chronic Respiratory Disease in poultry birds
Author(s): Naimish Pandey, Preeti P, Priyadarshi Mukherjee, Kamal Rawal
Citation:
Naimish Pandey, Preeti P, Priyadarshi Mukherjee, and Kamal Rawal. "Machine learning approach to identify TM 1 partial as a potential vaccine candidate for Chronic Respiratory Disease in poultry birds."
38. Evaluation of TM 1 Partial as a potential vaccine candidate using computational tools
Author(s): Dhanushiya R, Preeti P, Kamal Rawal
Citation:
Dhanushiya R, Preeti P and Kamal Rawal. "Evaluation of TM 1 Partial as a potential vaccine candidate using computational tools."
39. Evaluation of Treponema Pallidum as potential vaccine candidate using computational tools.
Author(s): Vaarunee Mishra, Preeti P., Kamal Rawal
Citation:
Vaarunee Mishra, Preeti P. and Kamal Rawal. "Evaluation of Treponema Pallidum as potential vaccine candidate using computational tools."
40. Evidence supporting Bacille Calmette-Guérin(BCG) as potential vaccine candidate against Tuberculosis.
Author(s): Abhijeet Yadav, Preeti P, Kamal Rawal
Citation:
Abhijeet Yadav, Preeti P., and Kamal Rawal. "Evidence supporting Bacille Calmette-Guérin(BCG) as potential vaccine candidate against Tuberculosis."
41. Evidence supporting Camostat as repurposing drug against COVID-19 using CoV-DrugX Pipeline
Author(s): Yogalakshmi Sabapathy, Robin Sinha1, Trapti Sharma1, Preeti P, Kamal Rawal
Sabapathy, Yogalakshmi, Robin Sinha, Trapti Sharma, Preeti P, and Kamal Rawal. 2022. “Evidence Supporting Camostat as Repurposing Drug Against COVID-19 Using Cov-drugx Pipeline.” OSF Preprints. February 4. doi:10.31219/osf.io/m4dzv.
42. Identification and analysis of mobile genetic elements in Gibbon genome
Author(s): Kamal Rawal, Jaisri Jagannadham, Chahat Kubba, Tanya Sharma
Rawal, K., Jagannadham, J., Kubba, C., & Sharma, T. (2017). Identification and analysis of mobile genetic elements in Gibbon genome. BioRxiv, 237685. https://doi.org/10.1101/237685
43. Identification and Evaluation of Major Capsid Protein L1 as a potential vaccine candidate to prevent HPV infection.
Author(s): Anushree Sinha, Preeti P, Kamal Rawal
Citation:
Anushree Sinha, Preeti P, and Kamal Rawal. "Identification and Evaluation of Major Capsid Protein L1 as a potential vaccine candidate to prevent HPV infection."
44. Identification of MOMP of chlamydia psittaci as a repurposable vaccine candidate for Mycoplasma Pneumoniae infection.
Author(s): Ananya kapur, Preeti P, K Rawal
Citation:
Ananya kapur, Preeti P, and K Rawal. "Identification of MOMP of chlamydia psittaci as a repurposable vaccine candidate for Mycoplasma Pneumoniae infection."
45. Impact of Quercetin on SARS-CoV-2 using DrugX Repurposing Pipeline
Author(s): Neha Verma, Prashant Singh, Robin Sinha, Preeti P., Trapti Sharma, Swarsat Kaushik Nath, Kamal Rawal
Citation:
Verma, Neha, Prashant Singh, Robin Sinha, Preeti P, Trapti Sharma, Swarsat K. Nath, and Kamal Rawal. 2022. “Impact of Quercetin on Sars-cov-2 Using Drugx Repurposing Pipeline.” OSF Preprints. January 29. doi:10.31219/osf.io/kuwej.
46. LISTERIA MONOCYTOGENES: MACHINE LEARNING VACCINE APPROACH WITH VAX-ELAN PIPELINE
Author(s):Nirjara jain, Preeti P, Kamal Rawal
Citation:
Nirjara jain, Preeti P, and Kamal Rawal. "LISTERIA MONOCYTOGENES: MACHINE LEARNING VACCINE APPROACH WITH VAX-ELAN PIPELINE"
47. Machine Learning approach to repurpose Azacitidine against Covid-19
Author(s): Lakshmi Priya MK,Robin Sinha1, Trapti Sharma1,Preeti P1, Kamal Rawal#1
MK, Lakshmi Priya, Robin Sinha, Trapti Sharma, Preeti P, and Kamal Rawal. 2022. “Machine Learning Approach to Repurpose Azacitidine Against Covid-19.” OSF Preprints. February 4. doi:10.31219/osf.io/es29k.
48. Mycophenolic Acid: Repurposing approach with CoV-DrugX Pipeline
Author(s): Sakshi Singh, Robin Sinha, Trapti Sharma, Preeti P., Kamal Rawal
Citations:
Singh, Sakshi, Robin Sinha, Trapti Sharma, Preeti P, and Kamal Rawal. 2022. “Mycophenolic Acid: Repurposing Approach with Cov-drugx Pipeline.” OSF Preprints. February 25. doi:10.31219/osf.io/r7j96.
49. N-acetylmuramoyl-L-alanine amidase : A competent vaccine candidate against IPSID
Yukti Sabikhi, Surabhi, Priyanshi Dixit, Prem Prakash Sharma, Shivani Jaiswal,Priya sharma , Manshi Rai, Trapti Sharma, Swarsat K Nath Preeti P., and K.Rawal. "N-acetylmuramoyl-L-alanine amidase : A competent vaccine candidate against IPSID."
50. Ruxolitinib: A restorative of COVID-19
Authors: Surabhi Gangani, Robin Sinha, Trapti Sharma, Preeti P., Kamal Rawal#1
Citations:
Gangani, Surabhi, Robin Sinha, Trapti Sharma, Preeti P, and Kamal Rawal. 2022. “Ruxolitinib: A Restorative of COVID-19.” OSF Preprints. February 4. doi:10.31219/osf.io/vysp7.
51. The Front End Architecture of Drug-Dock Pipeline
Author(s): Prem Prakash Sharma, Archit Jain, Kamal Rawal
Citation:
Prem Prakash Sharma, Archit Jain, and Kamal Rawal. "The Front End Architecture of Drug-Dock Pipeline."
52. BPS : A POTENT VACCINE APPLICANT USING COMPUTATIONAL ANALYSIS
Author(s): RUMANI SINGH , PREETI P, K. RAWAL
Citation:
RUMANI SINGH , PREETI P, and K. RAWAL. "BPS : A POTENT VACCINE APPLICANT USING COMPUTATIONAL ANALYSIS."
53. Evaluation of LigA as a potential vaccine candidate using computational tools
Author(s): Yashika Rathi, Angaleshwari M, Priyanshi Dixit , Preeti P, Kamal Rawal
Citation:
Yashika Rathi, Angaleshwari M, Priyanshi Dixit , Preeti P and Kamal Rawal. "Evaluation of LigA as a potential vaccine candidate using computational tools."
54. Evaluation of Spike Glycoprotein as a potential vaccine candidate using computational tool.
Author(s): Chhavi.D , Preeti.P , Kamal Rawal
Citation:
Chhavi.D , Preeti.P , and Kamal Rawal. "Evaluation of Spike Glycoprotein as a potential vaccine candidate using computational tool."
55. Interpretation of Bont/A1 as a vaccine nominee using computational approaches.
Author(s): Komal Dharmani. Preeti P., K. Rawal
Citation:
Komal Dharmani. Preeti P., and Kamal Rawal. "Interpretation of Bont/A1 as a vaccine nominee using computational approaches."
56. Analysis of TICOVAC as a potential vaccine for Tick-borne Encephalitis using various computational software
Author(s): Diksha Negi, Preeti P, Kamal Rawal
Citation:
Diksha Negi, Preeti P, and Kamal Rawal. "Analysis of TICOVAC as a potential vaccine for Tick-borne Encephalitis using various computational software."
57. Evaluation of O Antigen Ligase as a potential vaccine candidate using computational tools.
Author(s): Aman Raj, Preeti P, Kamal Rawal
Citation:
Aman Raj, Preeti P, and Kamal Rawal. "Evaluation of O Antigen Ligase as a potential vaccine candidate using computational tools."
58. Evaluation of prospective vaccine candidate ScpA (Streptococcus pyogenes MGAS10394) with the help of computational tools.
Author(s): Prerna, Preeti P, Kamal Rawal
Citation:
Prerna, Preeti P, and Kamal Rawal. "valuation of prospective vaccine candidate ScpA (Streptococcus pyogenes MGAS10394) with the help of computational tools"
59. Analysis of fibronectin-binding protein PrtF1/SfbI as a vaccine candidate.
Author(s): Nischal, Preeti P, Kamal Rawal
Citation:
Nischal, Preeti P, and Kamal Rawal. "Analysis of fibronectin-binding protein PrtF1/SfbI as a vaccine candidate."
60. Evaluation of PcsB as potential vaccine candidate using computational tools.
Author(s): Sakshi jain, Preeti P, Kamal Rawal
Citation:
Sakshi jain, Preeti P, and Kamal Rawal. "Evaluation of PcsB as potential vaccine candidate using computational tools."
61. Bioinformatics software as an approach to recognize neat domain leucine rich repeat protein as a potential vaccine candidate against anthrax
Author(s): Muskan Rawal, Preeti P. , Kamal Rawal
Citation:
Muskan Rawal, Preeti P. , and Kamal Rawal. "Bioinformatics software as an approach to recognize neat domain leucine rich repeat protein as a potential vaccine candidate against anthrax"
62. To Study the Effect of Unconventional Treatment Protocol on COVID-19 patients in Delhi using Artificial Intelligence Based Methods.
Rawal, Kamal and Jethani, Bipin and P., Preeti and Mishra, Kartik and Swarsat, Nath and Gupta, Akshit and Sinha, Robin and Gupta, Akshat and Gupta, Meeta and Manchanda, Raj Kumar, To Study the Effect of Unconventional Treatment Protocol on COVID-19 Patients
in Delhi Using Artificial Intelligence Based Methods. (August 28, 2020). Available at SSRN: https://ssrn.com/abstract=3685705 or http://dx.doi.org/10.2139/ssrn.3685705
63. Vaccine Target Validation of anthrax toxin as a Bacillus anthracis Lethal Factor Using Various Computational Tools
Author(s): Mohammad Aman, Jisha R C, Preeti P, Kamal Rawal>
Citation:
Mohammad Aman, Jisha R C, Preeti P, and Kamal Rawal. "Vaccine Target Validation of anthrax toxin as a Bacillus anthracis Lethal Factor Using Various Computational Tools."
64. AI based strategies for Covid-19 drug repurposing.
Srivastava, Sonakshi, Preeti P, Trapti Sharma, Shruti Goel, Kanchan Rajput, and kamal rawal. 2022. “AI Based Strategies for Covid-19 Drug Repurposing.” OSF Preprints. March 2. doi:10.31219/osf.io/c2u4x.
65. Cov-DrugX pipeline: Potential tool for investigation of Minoxidil as repurposing drug for COVID-19.
Author(s): Solanki Jaykishan Robin SinhaTrapti SharmaPreeti Pkamal rawal
Citation:
Jaykishan, Solanki, Robin Sinha, Trapti Sharma, Preeti P, and kamal rawal. 2022. “Cov-drugx Pipeline: Potential Tool for Investigation of Minoxidil as Repurposing Drug for COVID-19.” OSF Preprints. February 24. doi:10.31219/osf.io/7n958.
66. Identification of vaccine targets & design of vaccine against SARS-CoV-2 coronavirus using computational and deep learning-based approaches.
Author(s): Bilal Ahmed Abbasi, Devansh Saraf, Trapti Sharma, Robin Sinha, Shachee Singh, Pranjay Gupta, Shriya Sood, Akshat Gupta, Kamal Rawal
Citation:
Abbasi, Bilal A., Devansh Saraf, Trapti Sharma, Robin Sinha, Shachee Singh, Pranjay Gupta, Shriya Sood, et al. 2020. “Identification of Vaccine Targets & Design of Vaccine Against Sars-cov-2 Coronavirus Using Computational and Deep Learning-based Approaches.”
OSF Preprints. April 8. doi:10.31219/osf.io/f8zyw.
67. MeX pipeline for analysis of mobile genetic elements in cancer genome
Author(s): Preeti P Robin Sinha kamal rawal
Citation:
P, Preeti, Robin Sinha, and kamal rawal. 2021. “Mex Pipeline for Analysis of Mobile Genetic Elements in Cancer Genome.” OSF Preprints. November 25. doi:10.31219/osf.io/7ywnm.
68. A Novel Artificial Intelligence and Machine learning-based scoring system for evaluating re-purposing potential of Valproic Acid drug in COVID-19.
Author(s): Akanksha Aggarwal Robin Sinha Preeti P Trapti Sharma Kamal Rawal
Citation:
Aggarwal, Akanksha, Robin Sinha, Preeti P, Trapti Sharma, and Kamal Rawal. 2022. “A Novel Artificial Intelligence and Machine Learning-based Scoring System for Evaluating Re-purposing Potential of Valproic Acid Drug in COVID-19.” OSF Preprints. February
3. doi:10.31219/osf.io/adb82.
69. Identification of captopril drug as a repurposable therapeutic candidate for COVID-19 treatment
Author(s): Anisha Thakur Robin Sinha Trapti Sharma Preeti P. Rohan Khanna Kamal Rawal
Citation:
Thakur, Anisha, Robin Sinha, Trapti Sharma, Preeti P, Rohan Khanna, and Kamal Rawal. 2022. “Identification of Captopril Drug as a Repurposable Therapeutic Candidate for COVID-19 Treatment.” OSF Preprints. February 4. doi:10.31219/osf.io/s8w43.
70. DISTRIBUTION OF MOBILE GENETIC ELEMENTS IN CANCER GENES
Author(s): Preeti P. Tapan Kumar Baral Dr. Kamal Rawal
Citation:
P, Preeti, Tapan K. Baral, and Kamal Rawal. 2021. “DISTRIBUTION OF MOBILE GENETIC ELEMENTS IN CANCER GENES.” OSF Preprints. January 14. doi:10.31219/osf.io/8b4j3.