File list
This special page shows all uploaded files.
Date | Name | Thumbnail | Size | Description | Versions |
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08:15, 30 September 2022 | WS2 As an acyltransferase, the acyl group in the hydroxy fatty acid CoA replaces the H in hydroxyl group of the hydroxy fatty acid, and CoA-SH is generated at the same time.png (file) | 42 KB | WS2 As an acyltransferase, the acyl group in the hydroxy fatty acid CoA replaces the H in hydroxyl group of the hydroxy fatty acid, and CoA-SH is generated at the same time. | 1 | |
07:41, 30 September 2022 | WS2 As an acyltransferase, the acyl group in the hydroxy fatty acid CoA replaces the H in hydroxyl group of the hydroxy fatty acid.png (file) | 25 KB | WS2 As an acyltransferase, the acyl group in the hydroxy fatty acid CoA replaces the H in hydroxyl group of the hydroxy fatty acid | 1 | |
07:25, 30 September 2022 | Gel Permeation Chromatography(GPC)2.png (file) | 283 KB | Gel Permeation Chromatography(GPC)2 | 1 | |
07:20, 30 September 2022 | Gel Permeation Chromatography(GPC)1.png (file) | 444 KB | Gel Permeation Chromatography(GPC)1 | 1 | |
07:06, 30 September 2022 | Integration comparison of the peaks of 2,16,20 C to determine the degree of aggregation..png (file) | 118 KB | Integration comparison of the peaks of 2,16,20 C to determine the degree of aggregation. | 1 | |
07:01, 30 September 2022 | NMR of trimeric compounds.png (file) | 152 KB | NMR of trimeric compounds. | 1 | |
01:10, 30 September 2022 | NMR of dimeric compounds.png (file) | 137 KB | NMR of dimeric compounds. | 1 | |
01:06, 30 September 2022 | NMR of hydroxyhexadecanoic acid..png (file) | 117 KB | NMR of hydroxyhexadecanoic acid. | 1 | |
01:04, 30 September 2022 | The characteristic peaks determines that the product has dimerization products..png (file) | 164 KB | The characteristic peaks determines that the product has dimerization products. | 1 | |
00:49, 30 September 2022 | The above fig. shows the NMR of the simulated dimer product and the below fig. shows the NMR of the product.png (file) | 125 KB | The above fig. shows the NMR of the simulated dimer product and the below fig. shows the NMR of the product. | 1 | |
03:34, 29 September 2022 | Results of gas chromatographic analysis of product hydrolysis.png (file) | 727 KB | Results of gas chromatographic analysis of product hydrolysis. | 1 | |
03:14, 29 September 2022 | 水解产物的气相色谱分析.png (file) | 368 KB | Gas chromatographic analysis of the product | 1 | |
03:00, 29 September 2022 | CoA ligase catalyze the reaction of hydroxyl fatty acids with CoA.png (file) | 26 KB | CoA ligase catalyze the reaction of hydroxyl fatty acids with CoA.png | 1 | |
02:24, 29 September 2022 | The bacteria solution is green because of the expression of EGFP..jpg (file) | 98 KB | The bacteria solution is green because of the expression of EGFP. | 1 | |
01:59, 29 September 2022 | Mechanism of ssrA-LVA tag.png (file) | 78 KB | In E. coli [wild-type (sspB+ clpX+)], the adaptor sspB binds ssrAtagged substrates to ClpXP proteases, resulting in a modest increase in their degradation rate. | 1 | |
15:35, 28 September 2022 | 表达了mRFP1的红色菌液.jpeg (file) | 281 KB | The bacterial liquid is red because mRFP1 is expressed. | 2 |