Table 1.

Sampling design and number of mapped reads per sample

Sample	Mass, g	Tissue	Time-point	Mapped Reads
AI6	462.5	SI	0 h	1,511,751
AJ6	445.8	SI	0 h	3,965,717
Ai8	414.5	SI	0 h	800,799
U25	5,800	SI	0 h	372,003
AF2	581	SI	0 h	950,773
S19	868.4	Muc	0 h	203,389
AJ7	610	SI	6 h	881,249
AJ7	610	Muc	6 h	1,492,138
Ak25	725	SI	6 h	1,626,270
Ak25	725	Muc	6 h	403,645
R27	815.7	Muc	6 h	590,892
W11	788.7	Muc	6 h	532,607
Ak4	635	SI	12 h	936,987
Ak4	635	Muc	12 h	928,321
Ak10	747	Muc	12 h	936,420
U7	796.3	Muc	12 h	797,731
U13	774.8	Muc	12 h	654,142
Z14	467	SI	24 h	3,420,055
V43	782	SI	24 h	678,000
Z18	525	SI	24 h	596,198
W20	797.8	SI	24 h	1,280,360
S6	809	SI	24 h	1,281,658
S6	809	Muc	24 h	974,889
Y5	839	SI	96 h	1,911,844
Y18	971	SI	96 h	2,099,417
Y23	802	SI	96 h	1,016,261
Y24	957	SI	96 h	871,196
V40	867.5	SI	96 h	503,975
W2	807.7	Muc	96 h	235,595
W22	764	SI	10 d	481,585
W22	764	Muc	10 d	923,344
U1	767.9	Muc	10 d	532,607
V29	825	Muc	10 d	2,688,732
W12	981.6	Muc	10 d	799,404

The number of reads mapped to at least one transcript from the Burmese python transcriptome. Each row represents a single replicate (individual animal), which are grouped by time-point. Mapped reads are composed of RNA-Seq reads generated from cross-sectional (SI) or mucosal (Muc) samples of intestinal tissue or from both types of sampling. d, Days.