1.14.20.15	A118D	mutant enzyme binds Fe(II), but the mutations completely abrogates chlorination activity	-, 748759	
1.14.20.15	A118D	suppressed H-bonding interaction of Arg254 with Cl-Fe(III)-OH and suppressed chlorination activity	-, 746579	
1.14.20.15	A118E	mutant enzyme binds Fe(II), but the mutations completely abrogates chlorination activity	-, 748759	
1.14.20.15	A118Q	suppressed H-bonding interaction of Arg254 with Cl-Fe(III)-OH and suppressed chlorination activity	-, 746579	
1.14.20.15	E102A	mutation abolishes the production of syringomycin, as shown by a lack of antifungal activity	-, 747733	
1.14.20.15	E105A	mutation abolishes the production of syringomycin, as shown by a lack of antifungal activity	747733	
1.14.20.15	F121A	mutation abolishes the production of syringomycin, as shown by a lack of antifungal activity	747733	
1.14.20.15	F124A	mutation abolishes the production of syringomycin, as shown by a lack of antifungal activity	747733	
1.14.20.15	F195A	mutation abolishes the production of syringomycin, as shown by a lack of antifungal activity	747733	
1.14.20.15	F196A	inactive mutant enzyme	-, 747733	
1.14.20.15	F201A	inactive mutant enzyme	747733	
1.14.20.15	N123A	strong decrease in antifungal activity. The residual activity is approximately 26-30%	747733	
1.14.20.15	N126A	strong decrease in antifungal activity. The residual activity is approximately 26-30%	747733	
1.14.20.15	R247A	suppressed chlorination activity	-, 746579	
1.14.20.15	R247Q	suppressed chlorination activity	-, 746579	
1.14.20.15	R40A	mutant enzyme shows 26% residual activity	-, 747733	
1.14.20.15	R44A	mutant enzyme shows 26% residual activity	747733	
1.14.20.15	Y107A	mutant enzyme shows 75% residual activity	-, 747733	
1.14.20.15	Y110A	mutant enzyme shows 74% residual activity	747733	
1.14.20.15	Y178A	mutant enzyme shows 23-26% activity	-, 747733	
1.14.20.15	Y184A	mutant enzyme shows 23-26% activity	747733