PMID-sentid	Pub_year	Sent_text		comp_official_name	comp_offsetprotein_name	organism	prot_offset
34203110-4	2021	Recent experiments have shown that the HP1a sequence of Drosophila melanogaster can undergo liquid-liquid phase separation under both in vitro and in vivo conditions, induced by changes of the monovalent salt concentration.	Salts	204-208	Suppressor of variegation 205	Drosophila melanogaster	39-43	
34203110-5	2021	While the phase separation of HP1a is thought to be the mechanism underlying chromatin compartmentalization, the molecular level mechanistic picture of salt-driven phase separation of HP1a has remained poorly understood.	Salts	152-156	Suppressor of variegation 205	Drosophila melanogaster	184-188	
34203110-6	2021	The disordered hinge region of HP1a is seen as the driver of salt-induced condensation because of its charge enriched sequence and post-translational modifications.	Salts	61-65	Suppressor of variegation 205	Drosophila melanogaster	31-35	
34203110-7	2021	Here, we set out to decipher the mechanisms of salt-induced condensation of HP1a through a systematic study of salt-dependent conformations of single chains and fuzzy dimers of disordered HP1a hinge sequences.	Salts	47-51	Suppressor of variegation 205	Drosophila melanogaster	76-80	
34203110-7	2021	Here, we set out to decipher the mechanisms of salt-induced condensation of HP1a through a systematic study of salt-dependent conformations of single chains and fuzzy dimers of disordered HP1a hinge sequences.	Salts	47-51	Suppressor of variegation 205	Drosophila melanogaster	188-192	
34203110-7	2021	Here, we set out to decipher the mechanisms of salt-induced condensation of HP1a through a systematic study of salt-dependent conformations of single chains and fuzzy dimers of disordered HP1a hinge sequences.	Salts	111-115	Suppressor of variegation 205	Drosophila melanogaster	76-80	
34203110-10	2021	Furthermore, we find that salt-induced changes in the ensemble of conformations of HP1a disordered hinge sequence fine-tune the inter-chain vs. self-chain interactions in ways that favor fuzzy dimer formation under low salt conditions in the agreement with condensation trends seen in experiments.	Salts	26-30	Suppressor of variegation 205	Drosophila melanogaster	83-87	
34203110-10	2021	Furthermore, we find that salt-induced changes in the ensemble of conformations of HP1a disordered hinge sequence fine-tune the inter-chain vs. self-chain interactions in ways that favor fuzzy dimer formation under low salt conditions in the agreement with condensation trends seen in experiments.	Salts	219-223	Suppressor of variegation 205	Drosophila melanogaster	83-87