PMID-sentid	Pub_year	Sent_text	comp_official_name	comp_offset	protein_name	organism	prot_offset
16668279-0	1991	Ethylene and a Wound Signal Modulate Local and Systemic Transcription of win2 Genes in Transgenic Potato Plants.	ethylene	0-8	wound-induced protein WIN2	Solanum tuberosum	73-77
16668279-1	1991	The transcriptional regulation of a win2-beta-glucuronidase gene fusion in transgenic potato (Solanum tuberosum) plants by wounding and ethylene has been analyzed.	ethylene	136-144	wound-induced protein WIN2	Solanum tuberosum	36-40
16668279-4	1991	Experiments involving the use of chemicals that inhibited ethylene action, and those that increased ethylene production, showed that local induction of win2 transcription did not have an absolute requirement for ethylene, but ethylene was necessary for high levels of expression.	ethylene	58-66	wound-induced protein WIN2	Solanum tuberosum	152-156
16668279-4	1991	Experiments involving the use of chemicals that inhibited ethylene action, and those that increased ethylene production, showed that local induction of win2 transcription did not have an absolute requirement for ethylene, but ethylene was necessary for high levels of expression.	ethylene	100-108	wound-induced protein WIN2	Solanum tuberosum	152-156
16668279-4	1991	Experiments involving the use of chemicals that inhibited ethylene action, and those that increased ethylene production, showed that local induction of win2 transcription did not have an absolute requirement for ethylene, but ethylene was necessary for high levels of expression.	ethylene	100-108	wound-induced protein WIN2	Solanum tuberosum	152-156
16668279-4	1991	Experiments involving the use of chemicals that inhibited ethylene action, and those that increased ethylene production, showed that local induction of win2 transcription did not have an absolute requirement for ethylene, but ethylene was necessary for high levels of expression.	ethylene	100-108	wound-induced protein WIN2	Solanum tuberosum	152-156
16668279-5	1991	In contrast, systemic expression of win2 required both a putative wound signal and ethylene.	ethylene	83-91	wound-induced protein WIN2	Solanum tuberosum	36-40
2710099-7	1989	Win1 and win2 encode cysteine-rich proteins of 200 and 211 amino-acids, respectively, which show striking homologies to several chitin-binding proteins.	Cysteine	21-29	wound-induced protein WIN2	Solanum tuberosum	9-13