Advanced Bioinformatics & Chemistry
Advanced Bioinformatics and Chemistry is an international, open access, peer-reviewed journal that publishes: Original Research; Reviews; Hypothesis formation and commentaries in t More +
Editor-in-Chief: Hiroyuki Kurata
Advanced Bioinformatics & Chemistry
Volume 1 Number 1 2019
Table of Contents
Aman Shah Abdul Majid B, Md Shamsuddin Sultan Khan A*
Mitragyna alkaloids adopt a binding pose at the VEGF, TGFB, WNT, and NOTCH receptor to produce anticancer potency through angiogenic pathway
Abstract | Full Text | Open Access Article
Md Shamsuddin Sultan Khan A*, Aman Shah Abdul Majid B, Amin Malik Shah Abdul Majid B
The tumorigenic reactions were more serious due to senescence of the tumor in the reaction of IL17A, CBS and MHCII molecules.
Abstract | Full Text | Open Access Article
Farhana Mosaddqque A, B, Md Shamsuddin Sultan Khan C
The molecular interactions possessed the reason of being inhibitors of falcipain-2 as antimalarial agent.
Abstract | Full Text | Open Access Article
Prediction of Protein–Metal Ion-Binding Sites Using Sequence Homology and Machine-Learning Methods
Zihan Tian 1, Cao Wei 1, Yutaka Moriwaki 1, Tohru Terada 1, Shugo Nakamura 1, Kazuya Sumikoshi 1, Fang Chun 1, and Kentaro Shimizu 1*
The sensitivity of the machine-learning method was 0.8239, and many metal ion-binding sites were predicted only by the machine-learning method.
Abstract | Full Text | PDF (2 MB) | Open Access Article
The peer-reviewed and edited version of record published online before inclusion in an issue
Aman Shah Abdul Majid B, Md Shamsuddin Sultan Khan A*
Mitragyna alkaloids adopt a binding pose at the VEGF, TGFB, WNT, and NOTCH receptor to produce anticancer potency through angiogenic pathway
Md Shamsuddin Sultan Khan A*, Aman Shah Abdul Majid B, Amin Malik Shah Abdul Majid B
The tumorigenic reactions were more serious due to senescence of the tumor in the reaction of IL17A, CBS and MHCII molecules.
Farhana Mosaddqque A, B, Md Shamsuddin Sultan Khan C
The molecular interactions possessed the reason of being inhibitors of falcipain-2 as antimalarial agent.
Prediction of Protein–Metal Ion-Binding Sites Using Sequence Homology and Machine-Learning Methods
Zihan Tian 1, Cao Wei 1, Yutaka Moriwaki 1, Tohru Terada 1, Shugo Nakamura 1, Kazuya Sumikoshi 1, Fang Chun 1, and Kentaro Shimizu 1*
The sensitivity of the machine-learning method was 0.8239, and many metal ion-binding sites were predicted only by the machine-learning method.
Abstract | Full Text | PDF (2 MB) Open Access Article
These articles have been peer reviewed and accepted for publication. They are still in production and have not been edited, so may differ from the final published form.
Aman Shah Abdul Majid B, Md Shamsuddin Sultan Khan A*
Mitragyna alkaloids adopt a binding pose at the VEGF, TGFB, WNT, and NOTCH receptor to produce anticancer potency through angiogenic pathway
Md Shamsuddin Sultan Khan A*, Aman Shah Abdul Majid B, Amin Malik Shah Abdul Majid B
The tumorigenic reactions were more serious due to senescence of the tumor in the reaction of IL17A, CBS and MHCII molecules.
Farhana Mosaddqque A, B, Md Shamsuddin Sultan Khan C
The molecular interactions possessed the reason of being inhibitors of falcipain-2 as antimalarial agent.
Prediction of Protein–Metal Ion-Binding Sites Using Sequence Homology and Machine-Learning Methods
Zihan Tian 1, Cao Wei 1, Yutaka Moriwaki 1, Tohru Terada 1, Shugo Nakamura 1, Kazuya Sumikoshi 1, Fang Chun 1, and Kentaro Shimizu 1*
The sensitivity of the machine-learning method was 0.8239, and many metal ion-binding sites were predicted only by the machine-learning method.
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Prediction of Protein–Metal Ion-Binding Sites Using Sequence Homology and Machine-Learning Methods
The sensitivity of the machine-learning method was 0.8239, and many metal ion-binding sites were predicted only by the machine-learning method.
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In silico binding mechanism of Paynantheine, speciogynine and mitragynine with VEGF, TGFB, WNT, and NOTCH for anticancer potency
Mitragyna alkaloids adopt a binding pose at the VEGF, TGFB, WNT, and NOTCH receptor to produce anticancer potency through angiogenic pathway
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Molecular dynamics simulation and in silico binding study of CBS and IL17A outline modulation of tumor microenvironment
The tumorigenic reactions were more serious due to senescence of the tumor in the reaction of IL17A, CBS and MHCII molecules.
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In Silico molecular mechanism determination with Falcipain-2 responsible for Antimalarial activity of (N-(5-Chloro-2-hydroxyphenyl)-2-(2-methyl-2-propanyl)-1,3-dioxo-5-isoindolinecarboxamide
The molecular interactions possessed the reason of being inhibitors of falcipain-2 as antimalarial agent.
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