THERMAL STABILITY AND DYNAMIC MOTION OF KLENOW-LIKE DNA POLYMERASE I ITB-1 BASED ON MOLECULAR DYNAMICS SIMULATION

THERMAL STABILITY AND DYNAMIC MOTION OF KLENOW-LIKE DNA POLYMERASE I ITB-1 BASED ON MOLECULAR DYNAMICS SIMULATION

Research on the mechanisms of thermal stability of protein has extensively been carried out to development of basic sciences and practical applications, especially for protein engineering. This subject has been performed through various experimental and computational studies. Some of the results sho...

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Main Author: NURBAITI (NIM: 30505007); Tim Pembimbing: Dr. Akhmaloka (Ketua), Dr. Rukman Hertadi (Anggota),, SANTI
Format: Dissertations
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/13108
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:13108
spelling id-itb.:131082017-09-27T15:45:36ZTHERMAL STABILITY AND DYNAMIC MOTION OF KLENOW-LIKE DNA POLYMERASE I ITB-1 BASED ON MOLECULAR DYNAMICS SIMULATION NURBAITI (NIM: 30505007); Tim Pembimbing: Dr. Akhmaloka (Ketua), Dr. Rukman Hertadi (Anggota),, SANTI Indonesia Dissertations INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/13108 Research on the mechanisms of thermal stability of protein has extensively been carried out to development of basic sciences and practical applications, especially for protein engineering. This subject has been performed through various experimental and computational studies. Some of the results showed that no general rule for the factors of thermal stability in protein. Thermal stability depends on the combination of many factors. Therefore, research to elucidate the factors that maintaines the thermal stability of protein are still carried out. text
institution Institut Teknologi Bandung
building Institut Teknologi Bandung Library
continent Asia
country Indonesia
Indonesia
content_provider Institut Teknologi Bandung
collection Digital ITB
language Indonesia
description Research on the mechanisms of thermal stability of protein has extensively been carried out to development of basic sciences and practical applications, especially for protein engineering. This subject has been performed through various experimental and computational studies. Some of the results showed that no general rule for the factors of thermal stability in protein. Thermal stability depends on the combination of many factors. Therefore, research to elucidate the factors that maintaines the thermal stability of protein are still carried out.
format Dissertations
author NURBAITI (NIM: 30505007); Tim Pembimbing: Dr. Akhmaloka (Ketua), Dr. Rukman Hertadi (Anggota),, SANTI
spellingShingle NURBAITI (NIM: 30505007); Tim Pembimbing: Dr. Akhmaloka (Ketua), Dr. Rukman Hertadi (Anggota),, SANTI
THERMAL STABILITY AND DYNAMIC MOTION OF KLENOW-LIKE DNA POLYMERASE I ITB-1 BASED ON MOLECULAR DYNAMICS SIMULATION
author_facet NURBAITI (NIM: 30505007); Tim Pembimbing: Dr. Akhmaloka (Ketua), Dr. Rukman Hertadi (Anggota),, SANTI
author_sort NURBAITI (NIM: 30505007); Tim Pembimbing: Dr. Akhmaloka (Ketua), Dr. Rukman Hertadi (Anggota),, SANTI
title THERMAL STABILITY AND DYNAMIC MOTION OF KLENOW-LIKE DNA POLYMERASE I ITB-1 BASED ON MOLECULAR DYNAMICS SIMULATION
title_short THERMAL STABILITY AND DYNAMIC MOTION OF KLENOW-LIKE DNA POLYMERASE I ITB-1 BASED ON MOLECULAR DYNAMICS SIMULATION
title_full THERMAL STABILITY AND DYNAMIC MOTION OF KLENOW-LIKE DNA POLYMERASE I ITB-1 BASED ON MOLECULAR DYNAMICS SIMULATION
title_fullStr THERMAL STABILITY AND DYNAMIC MOTION OF KLENOW-LIKE DNA POLYMERASE I ITB-1 BASED ON MOLECULAR DYNAMICS SIMULATION
title_full_unstemmed THERMAL STABILITY AND DYNAMIC MOTION OF KLENOW-LIKE DNA POLYMERASE I ITB-1 BASED ON MOLECULAR DYNAMICS SIMULATION
title_sort thermal stability and dynamic motion of klenow-like dna polymerase i itb-1 based on molecular dynamics simulation
url https://digilib.itb.ac.id/gdl/view/13108
_version_ 1820736091487993856

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