BBa_I1011

BBa_I1011 Version 1

Component

Source:
http://parts.igem.org/Part:BBa_I1011
Generated By: https://synbiohub.org/public/igem/igem2sbol/1
Created by: June Rhee, Connie Tao, Ty Thomson, Louis Waldman
Date created: 2003-01-31 12:00:00
Date modified: 2015-08-31 04:07:29

CI(1) "
KISS"
asRNA without promoter



Types
DnaRegion

Roles
mature_transcript_region

RNA

Sequences BBa_I1011_sequence (Version 1)

Description

Region which serves as basis for transcription of asRNA that binds to and inhibits BBa_I1010's mRNA transcript. Has tetR promoter BBa_R0040. Part of the XOR gate comprised of BBa_I1010 and BBa_I1020, their corresponding asRNA coding sequences (BBa_I1011 and BBa_I1021), and the LacO-1 and TetR BBa_R0040 promoters.

Notes

References (unparsed) here:

Coleman, J., et al. Nature. (1985) 315, 601-3.

Pestka, S., et al. Proc. Natl. Acad. Sci. USA (1984) 81, 7525-28.

References (unparsed) here:

Coleman, J., et al. Nature. (1985) 315, 601-3.

Pestka, S., et al. Proc. Natl. Acad. Sci. USA (1984) 81, 7525-28.

Complementary to beginning of BBa_I1010 transcript covering RBS, start codon, and 73 bp into coding sequence. No designed secondary structure.

Anti-sense

The success of this system clearly rests on the ability to effectively and specifically target mRNA transcripts for degradation using anti-sense RNA. While many papers, articles, and books have been written on the subject, there are no consensus anti-sense building strategies presented. We thus chose to implement three different types of antisense inhibition: KISS, micRNA, and IS10. In the description that follows, the following nomenclature will be used:

target- the mRNA transcript that we wish to inhibit.

anti-sense- the anti-sense molecule which will bind and inhibit target.

KISS (Keep it SImple, Silly)

The simplest of the three methods, this type relies on a single-stranded linear 103 bp anti-sense that is specific to the target of interest. In addition, the first 76 base pairs of the cI region of BBa_I1010 have been codon-modified to give a different sequence that codes for the same cI protein (See BBa_I1030 and I1040).

BBa_I1011 contains the reverse complement of the RBS, start codon, and 76 bp region for BBa_I1010. Thus, if both BBa_I1010 and BBa_I1011 are transcribed, the transcripts will bind to each other and BBa_I1010 will not be translated.

Note that BBa_I1010 already contains a regulatory region, RBS, and coding region (a terminator must be added), while BBa_I1011 does not - thus, when using this component, the appropriate regulatory region, RBS, and terminator must be added to this part.

Incompatible with systems containing BBa_I1012, BBa_I1013.
Compatible with BBa_I1020, BBa_I1021, BBa_I1022, BBa_I1023.

Source

Custom design.

Sequence Annotation Location Component / Role(s)
Reverse Complement to cI mRNA
Reverse Complement RBS
reverse complement to cI cds
start
added codon (Cys)
BBa_I1011
1,103
81,86
1,73
74,76
71,73
1,103
sequence_feature feature/misc
sequence_feature feature/misc
sequence_feature feature/misc
feature/start start_codon
feature/mutation sequence_alteration
feature/BioBrick engineered_region
igem#sampleStatus
It's complicated
igem#status
Planning
 
synbiohub#ownedBy
user/james
 
synbiohub#ownedBy
user/myers
 
synbiohub#topLevel
BBa_I1011/1