instruction:
Given a passage with a question and an answer to that question, classify if the answer actually answers the question into 'yes' or 'no'. Output 'yes' if the answer answers the question and output 'no' if the answer does not answer the question.
question:
Question: Does global transcriptional analysis suggest Lasiodiplodia theobromae pathogenicity factors involved in modulation of grapevine defensive response?
Answer: L. theobromae transcriptome was established and validated. Its usefulness was demonstrated through the identification of genes expressed during the infection process. Our results support the hypothesis that heat stress facilitates fungal colonization, because of the fungus ability to use the phenylpropanoid precursors and SA, both compounds known to control host defense.
answer:
yes


question:
Question: Do gene expression and genetic analysis reveal diverse causes of recessive self-compatibility in Brassica napus L?
Answer: The recessive SC in eight accessions is caused by the loss of function of BnSCR-7 and BnSCR-6 in pollen. Translational repression contributes to the recessive SC in three accessions, whose SRK and SCR genes were expressed normally and had identical CDSs to BrS-29 or BoS-15. SI in 11 F1 hybrids relies on the expression of BnSCR-1300 rather than SRK genes. Other factor(s) independent of the S locus are involved in recessive SC. Therefore, diverse causes underlie recessive SC in B. napus, yielding insight into these complex mechanisms.
answer:
yes


question:
Question: Does the disconnected brain stem support rapid eye movement sleep rebound following selective deprivation?
Answer: Rebound in rapid eye movement sleep after deprivation cannot be sustained by the brain stem alone; in contrast, rapid eye movement sleep pressure persisted in the decerebrate cat, demonstrating that this process does not depend on descending forebrain influences. This indicates that rebound and pressure are 2 different components of the recovery process after rapid eye movement sleep deprivation and that, as such, are likely controlled by different mechanisms.
answer:

no


