Validation pour Noint_other

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Noint_other

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Phrase 34 - PMID 8752328-2

The GENEXXX and GENEXXX genes are transcribed in the same direction , are separated by a short intergenic region , and are likely to form an operon .

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

Commentaires :

Analyse 0

                          +------------------------------------------MOD_PRED:N-ADJ------------------------------------------+                       
                          |                                                   +-------COMP_by:V_PASS-N------+                |                       
       +----MOD_ATT:N-N---+-------------------SUBJ:V_PASS-N-------------------+            +--MOD_ATT:N-ADJ-+                |                       
       |           +MOD_AT+SUBJ:V_PASS-+---COMP_in:V_PASS-N---+               |            |       +MOD_ATT:+                |        +-OBJ:V-N+     
       |           |      |            |                      |               |            |       |        |                |        |        |     
The GENEXXX and GENEXXX genes are transcribed in the same direction , are separated by a short intergenic region , and are likely to form an operon .
MOD_ATT:N-ADJ (region,short)
COMP_by:V_PASS-N (separated,region)
SUBJ:V_PASS-N (transcribed,genes)
MOD_ATT:N-N (genes,GENEXXX)
COMP_in:V_PASS-N (transcribed,direction)
MOD_PRED:N-ADJ (genes,likely)
MOD_ATT:N-ADJ (region,intergenic)
SUBJ:V_PASS-N (separated,genes)
MOD_ATT:N-N (genes,GENEXXX)
OBJ:V-N (form,operon)

Analyse 1

                          +------------------------------------------MOD_PRED:N-ADJ------------------------------------------+                       
                          |                                                   +-------COMP_by:V_PASS-N------+                |                       
       +----MOD_ATT:N-N---+-------------------SUBJ:V_PASS-N-------------------+            +--MOD_ATT:N-ADJ-+                |                       
       |           +MOD_AT+SUBJ:V_PASS-+---COMP_in:V_PASS-N---+               |            |       +MOD_ATT:+                +COMP_to:+-OBJ:V-N+     
       |           |      |            |                      |               |            |       |        |                |        |        |     
The GENEXXX and GENEXXX genes are transcribed in the same direction , are separated by a short intergenic region , and are likely to form an operon .
COMP_to:ADJ-V (likely,form)
MOD_ATT:N-ADJ (region,short)
COMP_by:V_PASS-N (separated,region)
SUBJ:V_PASS-N (transcribed,genes)
MOD_ATT:N-N (genes,GENEXXX)
COMP_in:V_PASS-N (transcribed,direction)
MOD_PRED:N-ADJ (genes,likely)
MOD_ATT:N-ADJ (region,intergenic)
SUBJ:V_PASS-N (separated,genes)
MOD_ATT:N-N (genes,GENEXXX)
OBJ:V-N (form,operon)

Analyse 2

                          +--------------------------------------------------SUBJ:V-N-------------------------------------------------+              
                          |                                                   +-------COMP_by:V_PASS-N------+                         |              
       +----MOD_ATT:N-N---+-------------------SUBJ:V_PASS-N-------------------+            +--MOD_ATT:N-ADJ-+                         |              
       |           +MOD_AT+SUBJ:V_PASS-+---COMP_in:V_PASS-N---+               |            |       +MOD_ATT:+           +-COMP_to:V-V-+-OBJ:V-N+     
       |           |      |            |                      |               |            |       |        |           |             |        |     
The GENEXXX and GENEXXX genes are transcribed in the same direction , are separated by a short intergenic region , and are likely to form an operon .
COMP_to:V-V (are,form)
SUBJ:V_PASS-N (transcribed,genes)
MOD_ATT:N-ADJ (region,intergenic)
MOD_ATT:N-N (genes,GENEXXX)
COMP_in:V_PASS-N (transcribed,direction)
SUBJ:V-N (form,genes)
MOD_ATT:N-ADJ (region,short)
COMP_by:V_PASS-N (separated,region)
SUBJ:V_PASS-N (separated,genes)
MOD_ATT:N-N (genes,GENEXXX)
OBJ:V-N (form,operon)

Analyse 3

                          +------------------------------------------MOD_PRED:N-ADJ------------------------------------------+                       
                          |                                                   +-------COMP_by:V_PASS-N------+                |                       
       +----MOD_ATT:N-N---+-------------------SUBJ:V_PASS-N-------------------+            +---MOD_ATT:N-N--+                |                       
       |           +MOD_AT+SUBJ:V_PASS-+---COMP_in:V_PASS-N---+               |            |       +MOD_ATT:+                |        +-OBJ:V-N+     
       |           |      |            |                      |               |            |       |        |                |        |        |     
The GENEXXX and GENEXXX genes are transcribed in the same direction , are separated by a short intergenic region , and are likely to form an operon .
COMP_by:V_PASS-N (separated,region)
SUBJ:V_PASS-N (transcribed,genes)
MOD_ATT:N-N (region,short)
MOD_ATT:N-N (genes,GENEXXX)
COMP_in:V_PASS-N (transcribed,direction)
MOD_PRED:N-ADJ (genes,likely)
MOD_ATT:N-ADJ (region,intergenic)
SUBJ:V_PASS-N (separated,genes)
MOD_ATT:N-N (genes,GENEXXX)
OBJ:V-N (form,operon)

Analyse 4

                          +------------------------------------------MOD_PRED:N-ADJ------------------------------------------+                       
                          |                                                   +-------COMP_by:V_PASS-N------+                |                       
       +----MOD_ATT:N-N---+-------------------SUBJ:V_PASS-N-------------------+            +---MOD_ATT:N-N--+                |                       
       |           +MOD_AT+SUBJ:V_PASS-+---COMP_in:V_PASS-N---+               |            |       +MOD_ATT:+                +COMP_to:+-OBJ:V-N+     
       |           |      |            |                      |               |            |       |        |                |        |        |     
The GENEXXX and GENEXXX genes are transcribed in the same direction , are separated by a short intergenic region , and are likely to form an operon .
COMP_to:ADJ-V (likely,form)
COMP_by:V_PASS-N (separated,region)
SUBJ:V_PASS-N (transcribed,genes)
MOD_ATT:N-N (region,short)
MOD_ATT:N-N (genes,GENEXXX)
COMP_in:V_PASS-N (transcribed,direction)
MOD_PRED:N-ADJ (genes,likely)
MOD_ATT:N-ADJ (region,intergenic)
SUBJ:V_PASS-N (separated,genes)
MOD_ATT:N-N (genes,GENEXXX)
OBJ:V-N (form,operon)

Analyse 5

                          +--------------------------------------------------SUBJ:V-N-------------------------------------------------+              
                          |                                                   +-------COMP_by:V_PASS-N------+                         |              
       +----MOD_ATT:N-N---+-------------------SUBJ:V_PASS-N-------------------+            +---MOD_ATT:N-N--+                         |              
       |           +MOD_AT+SUBJ:V_PASS-+---COMP_in:V_PASS-N---+               |            |       +MOD_ATT:+           +-COMP_to:V-V-+-OBJ:V-N+     
       |           |      |            |                      |               |            |       |        |           |             |        |     
The GENEXXX and GENEXXX genes are transcribed in the same direction , are separated by a short intergenic region , and are likely to form an operon .
COMP_to:V-V (are,form)
MOD_ATT:N-N (region,short)
SUBJ:V_PASS-N (transcribed,genes)
MOD_ATT:N-ADJ (region,intergenic)
MOD_ATT:N-N (genes,GENEXXX)
COMP_in:V_PASS-N (transcribed,direction)
SUBJ:V-N (form,genes)
COMP_by:V_PASS-N (separated,region)
SUBJ:V_PASS-N (separated,genes)
MOD_ATT:N-N (genes,GENEXXX)
OBJ:V-N (form,operon)

Analyse 6

                          +-------------------------------------------SUBJ:V-N------------------------------------------+                            
                          |                                                   +-------COMP_by:V_PASS-N------+           |                            
       +----MOD_ATT:N-N---+-------------------SUBJ:V_PASS-N-------------------+            +--MOD_ATT:N-ADJ-+           |                            
       |           +MOD_AT+SUBJ:V_PASS-+---COMP_in:V_PASS-N---+               |            |       +MOD_ATT:+           +-COMP_to:V-V-+-OBJ:V-N+     
       |           |      |            |                      |               |            |       |        |           |             |        |     
The GENEXXX and GENEXXX genes are transcribed in the same direction , are separated by a short intergenic region , and are likely to form an operon .
COMP_to:V-V (are,form)
SUBJ:V-N (are,genes)
SUBJ:V_PASS-N (transcribed,genes)
MOD_ATT:N-ADJ (region,intergenic)
MOD_ATT:N-N (genes,GENEXXX)
COMP_in:V_PASS-N (transcribed,direction)
MOD_ATT:N-ADJ (region,short)
COMP_by:V_PASS-N (separated,region)
SUBJ:V_PASS-N (separated,genes)
MOD_ATT:N-N (genes,GENEXXX)
OBJ:V-N (form,operon)

Analyse 7

                          +-------------------------------------------SUBJ:V-N------------------------------------------+                            
                          |                                                   +-------COMP_by:V_PASS-N------+           |                            
       +----MOD_ATT:N-N---+-------------------SUBJ:V_PASS-N-------------------+            +---MOD_ATT:N-N--+           |                            
       |           +MOD_AT+SUBJ:V_PASS-+---COMP_in:V_PASS-N---+               |            |       +MOD_ATT:+           +-COMP_to:V-V-+-OBJ:V-N+     
       |           |      |            |                      |               |            |       |        |           |             |        |     
The GENEXXX and GENEXXX genes are transcribed in the same direction , are separated by a short intergenic region , and are likely to form an operon .
COMP_to:V-V (are,form)
SUBJ:V-N (are,genes)
MOD_ATT:N-N (region,short)
SUBJ:V_PASS-N (transcribed,genes)
MOD_ATT:N-ADJ (region,intergenic)
MOD_ATT:N-N (genes,GENEXXX)
COMP_in:V_PASS-N (transcribed,direction)
COMP_by:V_PASS-N (separated,region)
SUBJ:V_PASS-N (separated,genes)
MOD_ATT:N-N (genes,GENEXXX)
OBJ:V-N (form,operon)