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Table 2 Overview of proteins and transcripts differentially regulated between natural population and symbionts-depleted conditions and involved in programmed cell death

From: Global host molecular perturbations upon in situ loss of bacterial endosymbionts in the deep-sea mussel Bathymodiolus azoricus assessed using proteomics and transcriptomics

ID

T1

T2

P

T

P

T

Effector caspases

 Caspase 3 b

/

+

/

+

 Caspase 3

/

+

+

+

 Caspase-3 precursor

–

–

–

/

Initiator caspases

 Caspase partial

–

/

/

+

 Caspase-10-like

/

/

/

+

 Caspase 8

+

+

/

+

 Initiator caspase

/

–

/

+

Caspases activators

 TNF alpha

/

+

+

+

 TNF ligand superfamily member 10

/

+

/

+

 TNF ligand superfamily member 11

/

–

/

–

 Fas ligand

/

/

+

+

 Fas associated factor 1

/

–

/

/

 Fas-associated factor 2

/

+

/

+

 Death domain-containing protein cradd

–

/

–

/

 Death-associated protein 1-like

+

/

+

+

 Programmed cell death protein 4

+

+

/

+

 Programmed cell death protein 4-like

/

+

/

+

 Programmed cell death protein 5

/

+

+

+

 Programmed cell death 6 interacting protein

/

–

/

–

 Translationally-controlled tumor

–

/

/

/

Apoptosis inhibitors

 Inhibitor of apoptosis protein

/

+

/

+

 Apoptosis 1 inhibitor

/

–

/

–

  1. P Proteins, T Transcripts, +: up-regulated compared to the natural population, −: Down-regulated, /: No significant differences