10.25387/g3.7936622.v1
Yuu Ishii
Yuu
Ishii
Shinichiro Maruyama
Shinichiro
Maruyama
Hiroki Takahashi
Hiroki
Takahashi
Yusuke Aihara
Yusuke
Aihara
Takeshi Yamaguchi
Takeshi
Yamaguchi
Katsushi Yamaguchi
Katsushi
Yamaguchi
Shuji Shigenobu
Shuji
Shigenobu
Masakado Kawata
Masakado
Kawata
Naoto Ueno
Naoto
Ueno
Jun Minagawa
Jun
Minagawa
Supplemental Material for Ishii et al., 2019
GSA Journals
2019
symbiosis.
Symbiodiniaceae
Cnidarians
RNAseq
Lysosome
Evolutionary Biology
2019-05-16 16:23:17
Dataset
https://gsajournals.figshare.com/articles/dataset/Supplemental_Material_for_Ishii_et_al_2019/7936622
<div>Supplemental Materials</div><div>Figure S1. Phylogenetic tree of 28S LSU rDNAs</div><div>Figure S2. Effects of heat stress on symbiotic E. diaphana</div><div>Figure S3. Differences of expression levels of NPC2 genes in different conditions</div><div>Figure S4. Phylogenetic tree of NPC2-type sterol transporter proteins.</div><div>Figure S5. Presence–absence matrix and expression level in HR-DEGs shared by symbiotic states</div><div>Figure S6. Differences of expression levels of HSP genes in different conditions</div><div>Figure S7. Presence–absence matrix and expression level in HR-DEGs unique to the symbiotic individuals</div><div>Figure S8. Differences of expression levels of Rab family genes in different conditions</div><div>Figure S9. Sequence analyses of cnidarian glutamate dehydrogenase</div><div>Table S1. Enriched GO terms for the host DEGs shared by different symbiotic states</div><div>Table S2. Enriched GO terms for the host DEGs unique to the symbiotic individuals</div><div>Table S3. Enriched GO terms for the host DEGs unique to the apo-symbiotic individuals</div><div>Table S4. Enriched GO terms for HIBA genes</div><div>Table S5. The symbiont HR-DEGs based on the annotations in A. thaliana</div>