PMID-sentid	Pub_year	Sent_text		comp_official_name	comp_offsetprotein_name	organism	prot_offset
22489616-8	2012	The most evident effects of beta-glucan were the overexpression of the genes TNFalpha, MPO, TRF, and LYZ.	beta-Glucans	28-39	lysozyme	Danio rerio	101-104	
28408333-0	2017	Trans-generational enhancement of C-type lysozyme level in eggs of zebrafish by dietary beta-glucan.	beta-Glucans	88-99	lysozyme	Danio rerio	41-49	
28408333-3	2017	Here we clearly showe that beta-glucan enhanced the level of C-type lysozyme in eggs of zebrafish, and the embryos derived from beta-glucan-treated zebrafish were more resistant to bacterial challenge than control embryos.	beta-Glucans	27-38	lysozyme	Danio rerio	68-76	
28408333-3	2017	Here we clearly showe that beta-glucan enhanced the level of C-type lysozyme in eggs of zebrafish, and the embryos derived from beta-glucan-treated zebrafish were more resistant to bacterial challenge than control embryos.	beta-Glucans	128-139	lysozyme	Danio rerio	68-76	
28408333-5	2017	In addition, we also showed that beta-glucan induced a significant increase in the synthesis of C-type lysozyme in previtellogenetic oocytes.	beta-Glucans	33-44	lysozyme	Danio rerio	103-111	
28408333-6	2017	Therefore, we show for the first time that beta-glucan can enhance the lysozyme level in offspring via both inducing the transfer of the molecule from mothers to eggs and stimulating its endogenous production in oocytes.	beta-Glucans	43-54	lysozyme	Danio rerio	71-79