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Fig. 1. Construction of suicide plasmids.PNG
Fig. 1. Construction of suicide plasmids.PNG
Nov 21, 2018 - Deletion Of The C-Terminus Of Polynucleotide Phosphorylase Increases Twitching Motility, A Virulence Characteristic Of The Anaerobic Bacterial Pathogen Dichelobacter Nodosus
PNG Image - 64.2 KB - MD5: 1238d46a23c1eda521b026b2d5f1f784
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Fig. 1. Construction of suicide plasmids. (a) Arrangement of the pnpA, intB and orf379 genes in Dichelobacter nodosus strain 2483. The positions of thePH, C (core),KH and S1 domains of PNPase areindicated above the pnpA gene. E indicates the position of EcoRI sites. Plasmid pCF7...
Table 1. Oligonucleotides used in suicide plasmid construction.PNG
Table 1. Oligonucleotides used in suicide plasmid construction.PNG
Nov 21, 2018 - Deletion Of The C-Terminus Of Polynucleotide Phosphorylase Increases Twitching Motility, A Virulence Characteristic Of The Anaerobic Bacterial Pathogen Dichelobacter Nodosus
PNG Image - 126.5 KB - MD5: 425dde05c7c1e172d6088d7abd9eba03
Data
Table 1. Oligonucleotides used in suicide plasmid construction
Table 2. Thermostability of extracellular proteases.PNG
Table 2. Thermostability of extracellular proteases.PNG
Nov 21, 2018 - Deletion Of The C-Terminus Of Polynucleotide Phosphorylase Increases Twitching Motility, A Virulence Characteristic Of The Anaerobic Bacterial Pathogen Dichelobacter Nodosus
PNG Image - 104.0 KB - MD5: f68eec13fe5dfcf5c440232799db772c
Data
Table 2. Thermostability of extracellular proteases from the benign and virulent parent strains and their pnpA mutants
Development of resistance and temperature measurement system for cryogenic equipment
Development of resistance and temperature measurement system for cryogenic equipment
Nov 21, 2018
Nugraha, Heri; Imaduddin, Agung; Mulya, Marga Asta Jaya; Hermanto, Bambang, 2018, "Development of resistance and temperature measurement system for cryogenic equipment", https://hdl.handle.net/20.500.12690/RIN/HS2OSW, RIN Dataverse, V2
Cryogenic equipment is used especially for the research on superconductors as the tools to create the condition of low temperature and high magnetic field. However, it needs the measurement system to be used to analyze the material properties. This work developed a control progra...
Figure 1. The scheme (a) and the image (b) of sample holder of the four-point probe method (provided by manufacturer).JPG
Figure 1. The scheme (a) and the image (b) of sample holder of the four-point probe method (provided by manufacturer).JPG
Nov 21, 2018 - Development of resistance and temperature measurement system for cryogenic equipment
JPEG Image - 33.4 KB - MD5: ef4816cca3c9248b283e2fdbfbdcd63a
Data
Figure 1. The scheme (a) and the image (b) of sample holder of the four-point probe method (provided by manufacturer)
Figure 2. Loop program of the resistance measurement system.JPG
Figure 2. Loop program of the resistance measurement system.JPG
Nov 21, 2018 - Development of resistance and temperature measurement system for cryogenic equipment
JPEG Image - 35.3 KB - MD5: 579c3aa7031fa416d62a9635ea4e2137
Data
Figure 2. Loop program of the resistance measurement system
Figure 3. The scheme of the resistance measurement system and.JPG
Figure 3. The scheme of the resistance measurement system and.JPG
Nov 21, 2018 - Development of resistance and temperature measurement system for cryogenic equipment
JPEG Image - 30.8 KB - MD5: 2fd018f4fac3a3e55108a3c9923396cf
Data
Figure 3. The scheme of the resistance measurement system and cryogenic magnet equipment
Figure 4. (a) All measurement instruments. (b) An addition instrument to measure the current.JPG
Figure 4. (a) All measurement instruments. (b) An addition instrument to measure the current.JPG
Nov 21, 2018 - Development of resistance and temperature measurement system for cryogenic equipment
JPEG Image - 42.0 KB - MD5: e115bb1d461d5be8fd4a5762c13fd9e0
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Figure 4. (a) All measurement instruments. (b) An addition instrument to measure the current density
Figure 5. Layout of the measurement system.JPG
Figure 5. Layout of the measurement system.JPG
Nov 21, 2018 - Development of resistance and temperature measurement system for cryogenic equipment
JPEG Image - 36.9 KB - MD5: e021ee8030efe1b0eb460d079dd283a2
Data
Figure 5. Layout of the measurement system
Figure 6. (a) Front panel of the original built-in software. (b) Front panel of the developed software.JPG
Figure 6. (a) Front panel of the original built-in software. (b) Front panel of the developed software.JPG
Nov 21, 2018 - Development of resistance and temperature measurement system for cryogenic equipment
JPEG Image - 40.7 KB - MD5: 3bc6f52a5cf2f9c9419c585931fdfb98
Data
Figure 6. (a) Front panel of the original built-in software. (b) Front panel of the developed software
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