PMID-sentid	Pub_year	Sent_text		comp_official_name	comp_offsetprotein_name	organism	prot_offset
10794615-2	1999	The condensed tannin-binding region of histatin 5 includes both the N- and the C-terminal parts, although more tannin binding occurs in the C-terminal region.	Tannins	14-20	histatin 3	Homo sapiens	39-49	
10794615-2	1999	The condensed tannin-binding region of histatin 5 includes both the N- and the C-terminal parts, although more tannin binding occurs in the C-terminal region.	Tannins	111-117	histatin 3	Homo sapiens	39-49	
7575474-7	1995	At pH 7.4 histatin 5 was the most effective precipitant of both condensed tannin and tannic acid and it also precipitated the largest amount of condensed tannin at pH 3.0, but the smallest amount of tannic acid at that pH.	Tannins	85-96	histatin 3	Homo sapiens	10-20	
7575474-7	1995	At pH 7.4 histatin 5 was the most effective precipitant of both condensed tannin and tannic acid and it also precipitated the largest amount of condensed tannin at pH 3.0, but the smallest amount of tannic acid at that pH.	Tannins	199-210	histatin 3	Homo sapiens	10-20	
16890919-4	2006	In presence of the salivary protein Histatin5 (Hst5) the rate of transport (dC/dt) of pentagalloyl glucose (5GG), a tannic acid, across Caco-2 cells in culture was reduced maximally 3.6-fold to 5x10(-7)microM/s in apical to basolateral direction.	Tannins	116-127	histatin 3	Homo sapiens	36-45	
16890919-4	2006	In presence of the salivary protein Histatin5 (Hst5) the rate of transport (dC/dt) of pentagalloyl glucose (5GG), a tannic acid, across Caco-2 cells in culture was reduced maximally 3.6-fold to 5x10(-7)microM/s in apical to basolateral direction.	Tannins	116-127	histatin 3	Homo sapiens	47-51