vers la météo de la validation par utilisateur

Noint_other

precedent - 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 - suivant

Phrase 33 - PMID 8464402-1

Later , each sigma is replaced by a second cell-specific sigma factor , GENEXXX in the mother cell and GENEXXX in the prespore .


Non annotée
Je ne sais pas
Je n'ai pas trouvé d'analyse satisfaisante


Commentaires :
Analyse 0 
                         +----------------------------------------COMP_in:V_PASS-N---------------------------------------+      
                         +--------------------------------COMP_by:V_PASS-N--------------------------------+              |      
                         +-----------------COMP_by:V_PASS-N----------------+                              |              |      
                         +------------COMP_by:V_PASS-N-----------+         |                              |              |      
  +----MOD:V_PASS-ADV----+            +--------MOD_ATT:N-N-------+         +----COMP_in:N-N----+          |              |      
  |            +SUBJ:V_PA+            |          +MOD_ATT:N+MOD_A+         |             +MOD_A+          |              |      
  |            |         |            |          |         |     |         |             |     |          |              |      
Later , each sigma is replaced by a second cell-specific sigma factor , GENEXXX in the mother cell and GENEXXX in the prespore .
MOD_ATT:N-N (factor,sigma)
MOD_ATT:N-N (factor,second)
COMP_by:V_PASS-N (replaced,factor)
COMP_by:V_PASS-N (replaced,GENEXXX)
COMP_by:V_PASS-N (replaced,GENEXXX)
SUBJ:V_PASS-N (replaced,sigma)
COMP_in:V_PASS-N (replaced,prespore)
COMP_in:N-N (GENEXXX,cell)
MOD_ATT:N-ADJ (sigma,cell-specific)
MOD:V_PASS-ADV (replaced,Later)
MOD_ATT:N-N (cell,mother)
Analyse 1 
                         +--------------------------------COMP_by:V_PASS-N--------------------------------+                     
                         +-----------------COMP_by:V_PASS-N----------------+                              |                     
                         +------------COMP_by:V_PASS-N-----------+         |                              |                     
  +----MOD:V_PASS-ADV----+            +--------MOD_ATT:N-N-------+         +----COMP_in:N-N----+          |                     
  |            +SUBJ:V_PA+            |          +MOD_ATT:N+MOD_A+         |             +MOD_A+          +--COMP_in:N-N-+      
  |            |         |            |          |         |     |         |             |     |          |              |      
Later , each sigma is replaced by a second cell-specific sigma factor , GENEXXX in the mother cell and GENEXXX in the prespore .
MOD_ATT:N-N (cell,mother)
MOD_ATT:N-N (factor,sigma)
MOD_ATT:N-N (factor,second)
COMP_in:N-N (GENEXXX,prespore)
COMP_by:V_PASS-N (replaced,factor)
COMP_by:V_PASS-N (replaced,GENEXXX)
COMP_by:V_PASS-N (replaced,GENEXXX)
SUBJ:V_PASS-N (replaced,sigma)
MOD_ATT:N-ADJ (sigma,cell-specific)
COMP_in:N-N (GENEXXX,cell)
MOD:V_PASS-ADV (replaced,Later)
Analyse 2 
                         +------------COMP_by:V_PASS-N-----------+         +----------COMP_in:N-N---------+                     
  +----MOD:V_PASS-ADV----+            +--------MOD_ATT:N-N-------+         +----COMP_in:N-N----+          |                     
  |            +SUBJ:V_PA+            |          +MOD_ATT:N+MOD_A+--APPOS--+             +MOD_A+          +--COMP_in:N-N-+      
  |            |         |            |          |         |     |         |             |     |          |              |      
Later , each sigma is replaced by a second cell-specific sigma factor , GENEXXX in the mother cell and GENEXXX in the prespore .
MOD_ATT:N-N (factor,sigma)
APPOS (factor,GENEXXX)
MOD_ATT:N-N (cell,mother)
COMP_in:N-N (GENEXXX,cell)
COMP_in:N-N (GENEXXX,prespore)
COMP_by:V_PASS-N (replaced,factor)
MOD_ATT:N-N (factor,second)
SUBJ:V_PASS-N (replaced,sigma)
MOD_ATT:N-ADJ (sigma,cell-specific)
MOD:V_PASS-ADV (replaced,Later)
COMP_in:N-N (GENEXXX,GENEXXX)
Analyse 3 
                         +------------COMP_by:V_PASS-N-----------+------------------APPOS-----------------+                     
  +----MOD:V_PASS-ADV----+            +--------MOD_ATT:N-N-------+         +----COMP_in:N-N----+          |                     
  |            +SUBJ:V_PA+            |          +MOD_ATT:N+MOD_A+--APPOS--+             +MOD_A+          +--COMP_in:N-N-+      
  |            |         |            |          |         |     |         |             |     |          |              |      
Later , each sigma is replaced by a second cell-specific sigma factor , GENEXXX in the mother cell and GENEXXX in the prespore .
MOD_ATT:N-N (factor,sigma)
APPOS (factor,GENEXXX)
MOD_ATT:N-N (cell,mother)
COMP_in:N-N (GENEXXX,prespore)
APPOS (factor,GENEXXX)
COMP_by:V_PASS-N (replaced,factor)
MOD_ATT:N-N (factor,second)
SUBJ:V_PASS-N (replaced,sigma)
MOD_ATT:N-ADJ (sigma,cell-specific)
COMP_in:N-N (GENEXXX,cell)
MOD:V_PASS-ADV (replaced,Later)
Analyse 4 
                         +------------COMP_by:V_PASS-N-----------+         +----------COMP_in:N-N---------+                     
  +----MOD:V_PASS-ADV----+            +--------MOD_ATT:N-N-------+         +----COMP_in:N-N----+-------COMP_in:N-N-------+      
  |            +SUBJ:V_PA+            |          +MOD_ATT:N+MOD_A+--APPOS--+             +MOD_A+          +--COMP_in:N-N-+      
  |            |         |            |          |         |     |         |             |     |          |              |      
Later , each sigma is replaced by a second cell-specific sigma factor , GENEXXX in the mother cell and GENEXXX in the prespore .
MOD_ATT:N-N (factor,sigma)
APPOS (factor,GENEXXX)
MOD_ATT:N-N (cell,mother)
COMP_in:N-N (GENEXXX,cell)
COMP_in:N-N (GENEXXX,prespore)
COMP_by:V_PASS-N (replaced,factor)
MOD_ATT:N-N (factor,second)
SUBJ:V_PASS-N (replaced,sigma)
MOD_ATT:N-ADJ (sigma,cell-specific)
MOD:V_PASS-ADV (replaced,Later)
COMP_in:N-N (GENEXXX,GENEXXX)
COMP_in:N-N (cell,prespore)
Analyse 5 
                                                                           +-----------------COMP_in:N-N-----------------+      
                         +------------COMP_by:V_PASS-N-----------+         +----------COMP_in:N-N---------+              |      
  +----MOD:V_PASS-ADV----+            +--------MOD_ATT:N-N-------+         +----COMP_in:N-N----+          |              |      
  |            +SUBJ:V_PA+            |          +MOD_ATT:N+MOD_A+--APPOS--+             +MOD_A+          |              |      
  |            |         |            |          |         |     |         |             |     |          |              |      
Later , each sigma is replaced by a second cell-specific sigma factor , GENEXXX in the mother cell and GENEXXX in the prespore .
MOD_ATT:N-N (factor,sigma)
APPOS (factor,GENEXXX)
COMP_in:N-N (GENEXXX,cell)
COMP_by:V_PASS-N (replaced,factor)
MOD_ATT:N-N (factor,second)
SUBJ:V_PASS-N (replaced,sigma)
MOD_ATT:N-ADJ (sigma,cell-specific)
COMP_in:N-N (GENEXXX,prespore)
MOD:V_PASS-ADV (replaced,Later)
MOD_ATT:N-N (cell,mother)
COMP_in:N-N (GENEXXX,GENEXXX)
Analyse 6 
                         +----------------------------------------COMP_in:V_PASS-N---------------------------------------+      
                         +--------------------------------COMP_by:V_PASS-N--------------------------------+              |      
                         +-----------------COMP_by:V_PASS-N----------------+                              |              |      
  +----MOD:V_PASS-ADV----+------------COMP_by:V_PASS-N-----------+         +----COMP_in:N-N----+          |              |      
  |            +SUBJ:V_PA+                       +MOD_ATT:N+MOD_A+         |             +MOD_A+          |              |      
  |            |         |                       |         |     |         |             |     |          |              |      
Later , each sigma is replaced by a second cell-specific sigma factor , GENEXXX in the mother cell and GENEXXX in the prespore .
MOD_ATT:N-N (factor,sigma)
COMP_by:V_PASS-N (replaced,factor)
COMP_by:V_PASS-N (replaced,GENEXXX)
COMP_by:V_PASS-N (replaced,GENEXXX)
SUBJ:V_PASS-N (replaced,sigma)
COMP_in:V_PASS-N (replaced,prespore)
COMP_in:N-N (GENEXXX,cell)
MOD_ATT:N-ADJ (sigma,cell-specific)
MOD:V_PASS-ADV (replaced,Later)
MOD_ATT:N-N (cell,mother)
Analyse 7 
                         +----------------------------------------COMP_in:V_PASS-N---------------------------------------+      
                         +--------------------------------COMP_by:V_PASS-N--------------------------------+              |      
                         +-----------------COMP_by:V_PASS-N----------------+                              |              |      
                         +------------COMP_by:V_PASS-N-----------+         |                              |              |      
  +----MOD:V_PASS-ADV----+                       +-MOD_ATT:N-ADJ-+         +----COMP_in:N-N----+          |              |      
  |            +SUBJ:V_PA+                       |         +MOD_A+         |             +MOD_A+          |              |      
  |            |         |                       |         |     |         |             |     |          |              |      
Later , each sigma is replaced by a second cell-specific sigma factor , GENEXXX in the mother cell and GENEXXX in the prespore .
MOD_ATT:N-N (factor,sigma)
MOD_ATT:N-ADJ (factor,cell-specific)
COMP_by:V_PASS-N (replaced,factor)
COMP_by:V_PASS-N (replaced,GENEXXX)
COMP_by:V_PASS-N (replaced,GENEXXX)
SUBJ:V_PASS-N (replaced,sigma)
COMP_in:V_PASS-N (replaced,prespore)
COMP_in:N-N (GENEXXX,cell)
MOD:V_PASS-ADV (replaced,Later)
MOD_ATT:N-N (cell,mother)
Analyse 8 
                         +----------------------------------------COMP_in:V_PASS-N---------------------------------------+      
                         +--------------------------------COMP_by:V_PASS-N--------------------------------+              |      
                         +-----------------COMP_by:V_PASS-N----------------+                              |              |      
                         +------------COMP_by:V_PASS-N-----------+         |                              |              |      
  +----MOD:V_PASS-ADV----+            +-----MOD_ATT:N-N----+     |         +----COMP_in:N-N----+          |              |      
  |            +SUBJ:V_PA+            |          +MOD_ATT:N+MOD_A+         |             +MOD_A+          |              |      
  |            |         |            |          |         |     |         |             |     |          |              |      
Later , each sigma is replaced by a second cell-specific sigma factor , GENEXXX in the mother cell and GENEXXX in the prespore .
MOD_ATT:N-N (factor,sigma)
COMP_by:V_PASS-N (replaced,factor)
COMP_by:V_PASS-N (replaced,GENEXXX)
MOD_ATT:N-ADJ (sigma,cell-specific)
MOD_ATT:N-N (sigma,second)
COMP_by:V_PASS-N (replaced,GENEXXX)
SUBJ:V_PASS-N (replaced,sigma)
COMP_in:V_PASS-N (replaced,prespore)
COMP_in:N-N (GENEXXX,cell)
MOD:V_PASS-ADV (replaced,Later)
MOD_ATT:N-N (cell,mother)
Analyse 9 
                         +----------------------------------------COMP_in:V_PASS-N---------------------------------------+      
                         +--------------------------------COMP_by:V_PASS-N--------------------------------+              |      
                         +-----------------COMP_by:V_PASS-N----------------+                              |              |      
                         +------------COMP_by:V_PASS-N-----------+         |                              |              |      
                         |            +--------MOD_ATT:N-N-------+         |                              |              |      
  +----MOD:V_PASS-ADV----+            |          +-MOD_ATT:N-ADJ-+         +----COMP_in:N-N----+          |              |      
  |            +SUBJ:V_PA+            |          |         +MOD_A+         |             +MOD_A+          |              |      
  |            |         |            |          |         |     |         |             |     |          |              |      
Later , each sigma is replaced by a second cell-specific sigma factor , GENEXXX in the mother cell and GENEXXX in the prespore .
MOD_ATT:N-N (factor,sigma)
MOD_ATT:N-N (factor,second)
COMP_by:V_PASS-N (replaced,factor)
COMP_by:V_PASS-N (replaced,GENEXXX)
COMP_by:V_PASS-N (replaced,GENEXXX)
SUBJ:V_PASS-N (replaced,sigma)
COMP_in:V_PASS-N (replaced,prespore)
COMP_in:N-N (GENEXXX,cell)
MOD_ATT:N-ADJ (factor,cell-specific)
MOD:V_PASS-ADV (replaced,Later)
MOD_ATT:N-N (cell,mother)
Analyse 10 
                         +--------------------------------COMP_by:V_PASS-N--------------------------------+                     
                         +-----------------COMP_by:V_PASS-N----------------+                              |                     
  +----MOD:V_PASS-ADV----+------------COMP_by:V_PASS-N-----------+         +----COMP_in:N-N----+          |                     
  |            +SUBJ:V_PA+                       +MOD_ATT:N+MOD_A+         |             +MOD_A+          +--COMP_in:N-N-+      
  |            |         |                       |         |     |         |             |     |          |              |      
Later , each sigma is replaced by a second cell-specific sigma factor , GENEXXX in the mother cell and GENEXXX in the prespore .
MOD_ATT:N-N (cell,mother)
COMP_in:N-N (GENEXXX,cell)
MOD_ATT:N-N (factor,sigma)
COMP_in:N-N (GENEXXX,prespore)
COMP_by:V_PASS-N (replaced,factor)
COMP_by:V_PASS-N (replaced,GENEXXX)
COMP_by:V_PASS-N (replaced,GENEXXX)
SUBJ:V_PASS-N (replaced,sigma)
MOD_ATT:N-ADJ (sigma,cell-specific)
MOD:V_PASS-ADV (replaced,Later)
Analyse 11 
                         +--------------------------------COMP_by:V_PASS-N--------------------------------+                     
                         +-----------------COMP_by:V_PASS-N----------------+                              |                     
                         +------------COMP_by:V_PASS-N-----------+         |                              |                     
  +----MOD:V_PASS-ADV----+                       +-MOD_ATT:N-ADJ-+         +----COMP_in:N-N----+          |                     
  |            +SUBJ:V_PA+                       |         +MOD_A+         |             +MOD_A+          +--COMP_in:N-N-+      
  |            |         |                       |         |     |         |             |     |          |              |      
Later , each sigma is replaced by a second cell-specific sigma factor , GENEXXX in the mother cell and GENEXXX in the prespore .
MOD_ATT:N-N (cell,mother)
COMP_in:N-N (GENEXXX,cell)
MOD_ATT:N-N (factor,sigma)
COMP_in:N-N (GENEXXX,prespore)
COMP_by:V_PASS-N (replaced,factor)
COMP_by:V_PASS-N (replaced,GENEXXX)
COMP_by:V_PASS-N (replaced,GENEXXX)
SUBJ:V_PASS-N (replaced,sigma)
MOD_ATT:N-ADJ (factor,cell-specific)
MOD:V_PASS-ADV (replaced,Later)
Analyse 12 
                         +--------------------------------COMP_by:V_PASS-N--------------------------------+                     
                         +-----------------COMP_by:V_PASS-N----------------+                              |                     
                         +------------COMP_by:V_PASS-N-----------+         |                              |                     
  +----MOD:V_PASS-ADV----+            +-----MOD_ATT:N-N----+     |         +----COMP_in:N-N----+          |                     
  |            +SUBJ:V_PA+            |          +MOD_ATT:N+MOD_A+         |             +MOD_A+          +--COMP_in:N-N-+      
  |            |         |            |          |         |     |         |             |     |          |              |      
Later , each sigma is replaced by a second cell-specific sigma factor , GENEXXX in the mother cell and GENEXXX in the prespore .
MOD_ATT:N-N (cell,mother)
MOD_ATT:N-N (factor,sigma)
COMP_in:N-N (GENEXXX,prespore)
MOD_ATT:N-N (sigma,second)
COMP_by:V_PASS-N (replaced,factor)
COMP_by:V_PASS-N (replaced,GENEXXX)
COMP_by:V_PASS-N (replaced,GENEXXX)
SUBJ:V_PASS-N (replaced,sigma)
COMP_in:N-N (GENEXXX,cell)
MOD_ATT:N-ADJ (sigma,cell-specific)
MOD:V_PASS-ADV (replaced,Later)
Analyse 13 
                         +--------------------------------COMP_by:V_PASS-N--------------------------------+                     
                         +-----------------COMP_by:V_PASS-N----------------+                              |                     
                         +------------COMP_by:V_PASS-N-----------+         |                              |                     
                         |            +--------MOD_ATT:N-N-------+         |                              |                     
  +----MOD:V_PASS-ADV----+            |          +-MOD_ATT:N-ADJ-+         +----COMP_in:N-N----+          |                     
  |            +SUBJ:V_PA+            |          |         +MOD_A+         |             +MOD_A+          +--COMP_in:N-N-+      
  |            |         |            |          |         |     |         |             |     |          |              |      
Later , each sigma is replaced by a second cell-specific sigma factor , GENEXXX in the mother cell and GENEXXX in the prespore .
MOD_ATT:N-N (cell,mother)
MOD_ATT:N-N (factor,sigma)
MOD_ATT:N-ADJ (factor,cell-specific)
COMP_in:N-N (GENEXXX,prespore)
COMP_by:V_PASS-N (replaced,factor)
MOD_ATT:N-N (factor,second)
COMP_by:V_PASS-N (replaced,GENEXXX)
COMP_by:V_PASS-N (replaced,GENEXXX)
SUBJ:V_PASS-N (replaced,sigma)
COMP_in:N-N (GENEXXX,cell)
MOD:V_PASS-ADV (replaced,Later)
Analyse 14 
                                                                           +----------COMP_in:N-N---------+                     
  +----MOD:V_PASS-ADV----+------------COMP_by:V_PASS-N-----------+         +----COMP_in:N-N----+          |                     
  |            +SUBJ:V_PA+                       +MOD_ATT:N+MOD_A+--APPOS--+             +MOD_A+          +--COMP_in:N-N-+      
  |            |         |                       |         |     |         |             |     |          |              |      
Later , each sigma is replaced by a second cell-specific sigma factor , GENEXXX in the mother cell and GENEXXX in the prespore .
MOD_ATT:N-N (factor,sigma)
MOD_ATT:N-N (cell,mother)
COMP_in:N-N (GENEXXX,prespore)
APPOS (factor,GENEXXX)
COMP_by:V_PASS-N (replaced,factor)
SUBJ:V_PASS-N (replaced,sigma)
MOD_ATT:N-ADJ (sigma,cell-specific)
MOD:V_PASS-ADV (replaced,Later)
COMP_in:N-N (GENEXXX,GENEXXX)
COMP_in:N-N (GENEXXX,cell)
Analyse 15 
                         +------------COMP_by:V_PASS-N-----------+         +----------COMP_in:N-N---------+                     
  +----MOD:V_PASS-ADV----+                       +-MOD_ATT:N-ADJ-+         +----COMP_in:N-N----+          |                     
  |            +SUBJ:V_PA+                       |         +MOD_A+--APPOS--+             +MOD_A+          +--COMP_in:N-N-+      
  |            |         |                       |         |     |         |             |     |          |              |      
Later , each sigma is replaced by a second cell-specific sigma factor , GENEXXX in the mother cell and GENEXXX in the prespore .
MOD_ATT:N-N (factor,sigma)
MOD_ATT:N-N (cell,mother)
COMP_in:N-N (GENEXXX,prespore)
APPOS (factor,GENEXXX)
COMP_by:V_PASS-N (replaced,factor)
SUBJ:V_PASS-N (replaced,sigma)
MOD_ATT:N-ADJ (factor,cell-specific)
MOD:V_PASS-ADV (replaced,Later)
COMP_in:N-N (GENEXXX,GENEXXX)
COMP_in:N-N (GENEXXX,cell)
Analyse 16 
                         +------------COMP_by:V_PASS-N-----------+         +----------COMP_in:N-N---------+                     
  +----MOD:V_PASS-ADV----+            +-----MOD_ATT:N-N----+     |         +----COMP_in:N-N----+          |                     
  |            +SUBJ:V_PA+            |          +MOD_ATT:N+MOD_A+--APPOS--+             +MOD_A+          +--COMP_in:N-N-+      
  |            |         |            |          |         |     |         |             |     |          |              |      
Later , each sigma is replaced by a second cell-specific sigma factor , GENEXXX in the mother cell and GENEXXX in the prespore .
MOD_ATT:N-N (factor,sigma)
APPOS (factor,GENEXXX)
MOD_ATT:N-N (cell,mother)
COMP_in:N-N (GENEXXX,cell)
COMP_in:N-N (GENEXXX,prespore)
MOD_ATT:N-N (sigma,second)
COMP_by:V_PASS-N (replaced,factor)
SUBJ:V_PASS-N (replaced,sigma)
MOD_ATT:N-ADJ (sigma,cell-specific)
MOD:V_PASS-ADV (replaced,Later)
COMP_in:N-N (GENEXXX,GENEXXX)
Analyse 17 
                         +------------COMP_by:V_PASS-N-----------+                                                              
                         |            +--------MOD_ATT:N-N-------+         +----------COMP_in:N-N---------+                     
  +----MOD:V_PASS-ADV----+            |          +-MOD_ATT:N-ADJ-+         +----COMP_in:N-N----+          |                     
  |            +SUBJ:V_PA+            |          |         +MOD_A+--APPOS--+             +MOD_A+          +--COMP_in:N-N-+      
  |            |         |            |          |         |     |         |             |     |          |              |      
Later , each sigma is replaced by a second cell-specific sigma factor , GENEXXX in the mother cell and GENEXXX in the prespore .
MOD_ATT:N-N (factor,sigma)
APPOS (factor,GENEXXX)
MOD_ATT:N-N (cell,mother)
COMP_in:N-N (GENEXXX,cell)
COMP_in:N-N (GENEXXX,prespore)
COMP_by:V_PASS-N (replaced,factor)
MOD_ATT:N-N (factor,second)
SUBJ:V_PASS-N (replaced,sigma)
MOD_ATT:N-ADJ (factor,cell-specific)
MOD:V_PASS-ADV (replaced,Later)
COMP_in:N-N (GENEXXX,GENEXXX)
Analyse 18 
                                                                 +------------------APPOS-----------------+                     
  +----MOD:V_PASS-ADV----+------------COMP_by:V_PASS-N-----------+         +----COMP_in:N-N----+          |                     
  |            +SUBJ:V_PA+                       +MOD_ATT:N+MOD_A+--APPOS--+             +MOD_A+          +--COMP_in:N-N-+      
  |            |         |                       |         |     |         |             |     |          |              |      
Later , each sigma is replaced by a second cell-specific sigma factor , GENEXXX in the mother cell and GENEXXX in the prespore .
MOD_ATT:N-N (factor,sigma)
MOD_ATT:N-N (cell,mother)
COMP_in:N-N (GENEXXX,cell)
COMP_in:N-N (GENEXXX,prespore)
APPOS (factor,GENEXXX)
COMP_by:V_PASS-N (replaced,factor)
SUBJ:V_PASS-N (replaced,sigma)
MOD_ATT:N-ADJ (sigma,cell-specific)
APPOS (factor,GENEXXX)
MOD:V_PASS-ADV (replaced,Later)
Analyse 19 
                         +------------COMP_by:V_PASS-N-----------+------------------APPOS-----------------+                     
  +----MOD:V_PASS-ADV----+                       +-MOD_ATT:N-ADJ-+         +----COMP_in:N-N----+          |                     
  |            +SUBJ:V_PA+                       |         +MOD_A+--APPOS--+             +MOD_A+          +--COMP_in:N-N-+      
  |            |         |                       |         |     |         |             |     |          |              |      
Later , each sigma is replaced by a second cell-specific sigma factor , GENEXXX in the mother cell and GENEXXX in the prespore .
MOD_ATT:N-N (factor,sigma)
MOD_ATT:N-N (cell,mother)
COMP_in:N-N (GENEXXX,cell)
COMP_in:N-N (GENEXXX,prespore)
APPOS (factor,GENEXXX)
COMP_by:V_PASS-N (replaced,factor)
SUBJ:V_PASS-N (replaced,sigma)
MOD_ATT:N-ADJ (factor,cell-specific)
APPOS (factor,GENEXXX)
MOD:V_PASS-ADV (replaced,Later)
Analyse 20 
                         +------------COMP_by:V_PASS-N-----------+------------------APPOS-----------------+                     
  +----MOD:V_PASS-ADV----+            +-----MOD_ATT:N-N----+     |         +----COMP_in:N-N----+          |                     
  |            +SUBJ:V_PA+            |          +MOD_ATT:N+MOD_A+--APPOS--+             +MOD_A+          +--COMP_in:N-N-+      
  |            |         |            |          |         |     |         |             |     |          |              |      
Later , each sigma is replaced by a second cell-specific sigma factor , GENEXXX in the mother cell and GENEXXX in the prespore .
MOD_ATT:N-N (factor,sigma)
APPOS (factor,GENEXXX)
MOD_ATT:N-N (cell,mother)
COMP_in:N-N (GENEXXX,prespore)
APPOS (factor,GENEXXX)
MOD_ATT:N-N (sigma,second)
COMP_by:V_PASS-N (replaced,factor)
SUBJ:V_PASS-N (replaced,sigma)
MOD_ATT:N-ADJ (sigma,cell-specific)
COMP_in:N-N (GENEXXX,cell)
MOD:V_PASS-ADV (replaced,Later)
Analyse 21 
                         +------------COMP_by:V_PASS-N-----------+                                                              
                         |            +--------MOD_ATT:N-N-------+------------------APPOS-----------------+                     
  +----MOD:V_PASS-ADV----+            |          +-MOD_ATT:N-ADJ-+         +----COMP_in:N-N----+          |                     
  |            +SUBJ:V_PA+            |          |         +MOD_A+--APPOS--+             +MOD_A+          +--COMP_in:N-N-+      
  |            |         |            |          |         |     |         |             |     |          |              |      
Later , each sigma is replaced by a second cell-specific sigma factor , GENEXXX in the mother cell and GENEXXX in the prespore .
MOD_ATT:N-N (factor,sigma)
APPOS (factor,GENEXXX)
MOD_ATT:N-N (cell,mother)
COMP_in:N-N (GENEXXX,prespore)
APPOS (factor,GENEXXX)
COMP_by:V_PASS-N (replaced,factor)
MOD_ATT:N-N (factor,second)
SUBJ:V_PASS-N (replaced,sigma)
MOD_ATT:N-ADJ (factor,cell-specific)
COMP_in:N-N (GENEXXX,cell)
MOD:V_PASS-ADV (replaced,Later)
Analyse 22 
                                                                           +----------COMP_in:N-N---------+                     
  +----MOD:V_PASS-ADV----+------------COMP_by:V_PASS-N-----------+         +----COMP_in:N-N----+-------COMP_in:N-N-------+      
  |            +SUBJ:V_PA+                       +MOD_ATT:N+MOD_A+--APPOS--+             +MOD_A+          +--COMP_in:N-N-+      
  |            |         |                       |         |     |         |             |     |          |              |      
Later , each sigma is replaced by a second cell-specific sigma factor , GENEXXX in the mother cell and GENEXXX in the prespore .
MOD_ATT:N-N (factor,sigma)
MOD_ATT:N-N (cell,mother)
COMP_in:N-N (GENEXXX,prespore)
APPOS (factor,GENEXXX)
COMP_by:V_PASS-N (replaced,factor)
SUBJ:V_PASS-N (replaced,sigma)
MOD_ATT:N-ADJ (sigma,cell-specific)
MOD:V_PASS-ADV (replaced,Later)
COMP_in:N-N (GENEXXX,GENEXXX)
COMP_in:N-N (cell,prespore)
COMP_in:N-N (GENEXXX,cell)
Analyse 23 
                         +------------COMP_by:V_PASS-N-----------+         +----------COMP_in:N-N---------+                     
  +----MOD:V_PASS-ADV----+                       +-MOD_ATT:N-ADJ-+         +----COMP_in:N-N----+-------COMP_in:N-N-------+      
  |            +SUBJ:V_PA+                       |         +MOD_A+--APPOS--+             +MOD_A+          +--COMP_in:N-N-+      
  |            |         |                       |         |     |         |             |     |          |              |      
Later , each sigma is replaced by a second cell-specific sigma factor , GENEXXX in the mother cell and GENEXXX in the prespore .
MOD_ATT:N-N (factor,sigma)
MOD_ATT:N-N (cell,mother)
COMP_in:N-N (GENEXXX,prespore)
APPOS (factor,GENEXXX)
COMP_by:V_PASS-N (replaced,factor)
SUBJ:V_PASS-N (replaced,sigma)
MOD_ATT:N-ADJ (factor,cell-specific)
MOD:V_PASS-ADV (replaced,Later)
COMP_in:N-N (GENEXXX,GENEXXX)
COMP_in:N-N (cell,prespore)
COMP_in:N-N (GENEXXX,cell)
Analyse 24 
                         +------------COMP_by:V_PASS-N-----------+         +----------COMP_in:N-N---------+                     
  +----MOD:V_PASS-ADV----+            +-----MOD_ATT:N-N----+     |         +----COMP_in:N-N----+-------COMP_in:N-N-------+      
  |            +SUBJ:V_PA+            |          +MOD_ATT:N+MOD_A+--APPOS--+             +MOD_A+          +--COMP_in:N-N-+      
  |            |         |            |          |         |     |         |             |     |          |              |      
Later , each sigma is replaced by a second cell-specific sigma factor , GENEXXX in the mother cell and GENEXXX in the prespore .
MOD_ATT:N-N (factor,sigma)
APPOS (factor,GENEXXX)
MOD_ATT:N-N (cell,mother)
COMP_in:N-N (GENEXXX,cell)
COMP_in:N-N (GENEXXX,prespore)
MOD_ATT:N-N (sigma,second)
COMP_by:V_PASS-N (replaced,factor)
SUBJ:V_PASS-N (replaced,sigma)
MOD_ATT:N-ADJ (sigma,cell-specific)
MOD:V_PASS-ADV (replaced,Later)
COMP_in:N-N (GENEXXX,GENEXXX)
COMP_in:N-N (cell,prespore)
Analyse 25 
                         +------------COMP_by:V_PASS-N-----------+                                                              
                         |            +--------MOD_ATT:N-N-------+         +----------COMP_in:N-N---------+                     
  +----MOD:V_PASS-ADV----+            |          +-MOD_ATT:N-ADJ-+         +----COMP_in:N-N----+-------COMP_in:N-N-------+      
  |            +SUBJ:V_PA+            |          |         +MOD_A+--APPOS--+             +MOD_A+          +--COMP_in:N-N-+      
  |            |         |            |          |         |     |         |             |     |          |              |      
Later , each sigma is replaced by a second cell-specific sigma factor , GENEXXX in the mother cell and GENEXXX in the prespore .
MOD_ATT:N-N (factor,sigma)
APPOS (factor,GENEXXX)
MOD_ATT:N-N (cell,mother)
COMP_in:N-N (GENEXXX,cell)
COMP_in:N-N (GENEXXX,prespore)
COMP_by:V_PASS-N (replaced,factor)
MOD_ATT:N-N (factor,second)
SUBJ:V_PASS-N (replaced,sigma)
MOD_ATT:N-ADJ (factor,cell-specific)
MOD:V_PASS-ADV (replaced,Later)
COMP_in:N-N (GENEXXX,GENEXXX)
COMP_in:N-N (cell,prespore)
Analyse 26 
                                                                           +-----------------COMP_in:N-N-----------------+      
                                                                           +----------COMP_in:N-N---------+              |      
  +----MOD:V_PASS-ADV----+------------COMP_by:V_PASS-N-----------+         +----COMP_in:N-N----+          |              |      
  |            +SUBJ:V_PA+                       +MOD_ATT:N+MOD_A+--APPOS--+             +MOD_A+          |              |      
  |            |         |                       |         |     |         |             |     |          |              |      
Later , each sigma is replaced by a second cell-specific sigma factor , GENEXXX in the mother cell and GENEXXX in the prespore .
MOD_ATT:N-N (factor,sigma)
APPOS (factor,GENEXXX)
COMP_by:V_PASS-N (replaced,factor)
SUBJ:V_PASS-N (replaced,sigma)
MOD_ATT:N-ADJ (sigma,cell-specific)
COMP_in:N-N (GENEXXX,prespore)
MOD:V_PASS-ADV (replaced,Later)
COMP_in:N-N (GENEXXX,GENEXXX)
MOD_ATT:N-N (cell,mother)
COMP_in:N-N (GENEXXX,cell)
Analyse 27 
                                                                           +-----------------COMP_in:N-N-----------------+      
                         +------------COMP_by:V_PASS-N-----------+         +----------COMP_in:N-N---------+              |      
  +----MOD:V_PASS-ADV----+                       +-MOD_ATT:N-ADJ-+         +----COMP_in:N-N----+          |              |      
  |            +SUBJ:V_PA+                       |         +MOD_A+--APPOS--+             +MOD_A+          |              |      
  |            |         |                       |         |     |         |             |     |          |              |      
Later , each sigma is replaced by a second cell-specific sigma factor , GENEXXX in the mother cell and GENEXXX in the prespore .
MOD_ATT:N-N (factor,sigma)
APPOS (factor,GENEXXX)
COMP_by:V_PASS-N (replaced,factor)
SUBJ:V_PASS-N (replaced,sigma)
MOD_ATT:N-ADJ (factor,cell-specific)
COMP_in:N-N (GENEXXX,prespore)
MOD:V_PASS-ADV (replaced,Later)
COMP_in:N-N (GENEXXX,GENEXXX)
MOD_ATT:N-N (cell,mother)
COMP_in:N-N (GENEXXX,cell)
Analyse 28 
                                                                           +-----------------COMP_in:N-N-----------------+      
                         +------------COMP_by:V_PASS-N-----------+         +----------COMP_in:N-N---------+              |      
  +----MOD:V_PASS-ADV----+            +-----MOD_ATT:N-N----+     |         +----COMP_in:N-N----+          |              |      
  |            +SUBJ:V_PA+            |          +MOD_ATT:N+MOD_A+--APPOS--+             +MOD_A+          |              |      
  |            |         |            |          |         |     |         |             |     |          |              |      
Later , each sigma is replaced by a second cell-specific sigma factor , GENEXXX in the mother cell and GENEXXX in the prespore .
MOD_ATT:N-N (factor,sigma)
APPOS (factor,GENEXXX)
COMP_in:N-N (GENEXXX,cell)
MOD_ATT:N-N (sigma,second)
COMP_by:V_PASS-N (replaced,factor)
SUBJ:V_PASS-N (replaced,sigma)
MOD_ATT:N-ADJ (sigma,cell-specific)
COMP_in:N-N (GENEXXX,prespore)
MOD:V_PASS-ADV (replaced,Later)
MOD_ATT:N-N (cell,mother)
COMP_in:N-N (GENEXXX,GENEXXX)
Analyse 29 
                         +------------COMP_by:V_PASS-N-----------+         +-----------------COMP_in:N-N-----------------+      
                         |            +--------MOD_ATT:N-N-------+         +----------COMP_in:N-N---------+              |      
  +----MOD:V_PASS-ADV----+            |          +-MOD_ATT:N-ADJ-+         +----COMP_in:N-N----+          |              |      
  |            +SUBJ:V_PA+            |          |         +MOD_A+--APPOS--+             +MOD_A+          |              |      
  |            |         |            |          |         |     |         |             |     |          |              |      
Later , each sigma is replaced by a second cell-specific sigma factor , GENEXXX in the mother cell and GENEXXX in the prespore .
MOD_ATT:N-N (factor,sigma)
APPOS (factor,GENEXXX)
COMP_in:N-N (GENEXXX,cell)
COMP_by:V_PASS-N (replaced,factor)
MOD_ATT:N-N (factor,second)
SUBJ:V_PASS-N (replaced,sigma)
MOD_ATT:N-ADJ (factor,cell-specific)
COMP_in:N-N (GENEXXX,prespore)
MOD:V_PASS-ADV (replaced,Later)
MOD_ATT:N-N (cell,mother)
COMP_in:N-N (GENEXXX,GENEXXX)