Table 3.

Codon–anticodon recognition pattern and codon usage for the F. dibotrys chloroplast genome.

Codon	Amino acid	Count	RSCU	tRNA	Codon	Amino acid	Count	RSCU	tRNA
UUU	F	2243	1.19	trnF-GAA	UAU	Y	1480	1.38	trnY-GUA
UUC	F	1526	0.81		UAC	Y	668	0.62
UUA	L	1081	1.24	trnL-UAA	UAA	*	1279	1.27
UUG	L	1112	1.28	trnL-CAA	UAG	*	814	0.81
CUU	L	1098	1.26	trnL-UAG	CAU	H	928	1.4	trnH-GUG
CUC	L	687	0.79		CAC	H	397	0.6
CUA	L	782	0.9		CAA	Q	1105	1.38	trnQ-UUG
CUG	L	461	0.53		CAG	Q	500	0.62
AUU	I	1770	1.2	trnI-GAU	AAU	N	1785	1.36	trnN-GUU
AUC	I	1146	0.77		AAC	N	848	0.64
AUA	I	1525	1.03	trnI-CAU	AAA	K	2278	1.35	trnK-UUU
AUG	M	907	1	trnM-CAU	AAG	K	1098	0.65
GUU	V	832	1.35	trnV-GAC	GAU	D	983	1.37	trnD-GUC
GUC	V	490	0.79		GAC	D	455	0.63
GUG	V	396	0.64		GAA	E	1299	1.37	trnE-UUC
GUA	V	750	1.22	trnV-UAC	GAG	E	595	0.63
UCU	S	1107	1.4	trnS-GGA	UGU	C	690	1.19	trnC-GCA
UCC	S	888	1.12		UGC	C	472	0.81
UCG	S	690	0.87		UGA	*	924	0.92
UCA	S	832	1.05	trnS-UGA	UGG	W	737	1	trnW-CCA
CCU	P	699	1.09	trnP-UGG	CGU	R	405	0.72	trnR-ACG
CCC	P	588	0.92		CGC	R	275	0.49	trnR-UCU
CCA	P	802	1.25		CGA	R	611	1.09
CCG	P	469	0.73		CGG	R	420	0.75
ACU	T	729	1.19		AGA	R	1047	1.86
ACC	T	609	1		AGG	R	615	1.09
ACG	T	434	0.71	trnT-GGU	AGU	S	701	0.88	trnS-GCU
ACA	T	672	1.1	trnT-UGU	AGC	S	540	0.68
GCU	A	526	1.27	trnA-UGC	GGU	G	584	0.99	trnG-GCC
GCC	A	391	0.94		GGC	G	386	0.65
GCA	A	455	1.1		GGG	G	610	1.03
GCG	A	290	0.7		GGA	G	790	1.33	trnG-UCC