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Structural insights into NLP binding to plant membranes
Published on Nov 27, 2018453 Views
Necrosis and ethylene-inducing peptide 1 (Nep1)-like proteins (NLPs) are secreted by several phytopathogenic micro-organisms. They trigger leaf necrosis and immunity-associated responses in various di
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dr. Tea Lenarčič00:00
Structural insights into NLP binding to plant membranes00:06
My academic path00:16
Life - 100:43
Life - 201:53
Central dogma of molecular biology - 102:00
Central dogma of molecular biology - 202:47
Orders of protein structures - 103:16
Orders of protein structures - 203:20
Orders of protein structures - 303:37
Presentation - 103:57
Presentation - 204:20
Protein functions04:31
NLP toxins - 106:13
Biochemistry project - 107:13
Biochemistry project - 207:39
Biochemistry project - 307:50
Biochemistry project - 407:59
Biochemistry project - 508:13
Biochemistry project - 608:42
Biochemistry project - 709:15
Biochemistry project - 809:20
Biochemistry project - 909:49
Biochemistry project - 1010:04
Biochemistry project - 1110:12
Biochemistry project - 1210:18
Biochemistry project - 1310:23
Biochemistry project - 1410:36
Biochemistry project - 1510:38
Biochemistry project - 1611:05
Biochemistry project - 1711:08
Biochemistry project - 1811:11
NLP proteins - 111:15
NLP proteins - 213:46
NLP proteins - 314:44
NLP proteins - 415:31
Structural analysis - 116:05
Structural analysis - 217:22
Structural analysis - 319:33
Structural analysis - 420:50
Structural analysis - 522:02
Biochemistry project - 122:54
Biochemistry project - 223:14
Biochemistry project - 323:18
Biochemistry project - 423:22
Biochemistry project, NLP Project - 123:32
Biochemistry project, NLP Project - 223:47
Biochemistry project, NLP Project - 324:01
Biochemistry project, NLP Project - 424:05
Acknowledgments24:09