Table 2. Predicted CDSs involved in probiotic potency in Lactobacillus amylovorus CACC736

Predicted function	L. amylovorus CACC736
	Predicted genes	Start position	End position	Length (bp)
CRISPR/cas
Endonuclease	Cas1	c1,507,114	c1,508,103	990
Endonuclease	Cas2	c1,506,827	c1,507,108	282
Endonuclease/helicase	Cas3	c1,508,620	c1,511,049	2,430
Exonuclease	Cas4	c1,508,113	c1,508,604	492
Endoribonuclease	Cas6	c1,515,924	c1,516,679	756
Antimicrobial activity-related
Lysin motif domain	lysM	890,591	891,055	465
Quaternary ammonium compound-resistance	qacC	1,012,642	1,012,962	321
Bacteriocin (Class III)	helveticin J	c1,995,360	c1,995,992	633
Lactate synthesis	ldh	1,795,954	1,796,925	972
Bile salt hydrolases (BSH)	cbh	1,052,335	1,053,357	1,023
Acid tolerance-related	atpD	690,181	691,692	1,512
	atpH	692,699	694,138	1,440
	clpB	98,750	100,879	2,130
	grpE	c1,235,180	c1,235,764	585
Protection or repair-related	dnaJ	c1,232,063	c1,233,217	1,155
Vitamin B-groups synthesis
Vitamin B2	ribB	c1,025,985	c1,027,160	1,176
	ribD	c1,027,752	c1,028,810	1,059
	ribE	c1,027,163	c1,027,759	597
	ribT	887,197	887,550	354
Vitamin B12	cobC	c301,776	c302,426	651

CDSs, coding sequences; bp, base pair; CRISPR, clustered regularly interspaced short palindromic repeats; c, complement.