Difference between revisions of "Team:NRP-UEA-Norwich/Parts"

m
Line 265: Line 265:
 
 
 
<div class="space10"></div>
 
<div class="space10"></div>
<p>* This was convered to a standard BioBrick by cloning into the Mo-Flipper Plasmid K1467400 (complete transcritional unit flipper) made by the NRP UEA 2014 team. These parts were tested by cloning into a binary plasmid vector backbone prior to delivery to plants leaves using Agrobacterium-tumefaciens mediates trasnfection.</p>
+
<p>* This was convered to a standard BioBrick by cloning into the Mo-Flipper Plasmid K1467400 (complete transcritional unit flipper) made by the NRP UEA 2014 team. These parts were tested by cloning into a binary plasmid vector backbone prior to delivery to plants leaves using <i>Agrobacterium tumefaciens</i> mediated transfection.</p>
 
 
 
<p>** This was convered to a standard BioBrick by cloning into the Mo-Flipper Plasmid K1467300 (terminator flipper) made by the NRP UEA 2014 team.</p>
 
<p>** This was convered to a standard BioBrick by cloning into the Mo-Flipper Plasmid K1467300 (terminator flipper) made by the NRP UEA 2014 team.</p>

Revision as of 14:11, 16 September 2015

House of Carbs

Parts

BASIC PARTS FOR ENGINEERING BACTERIAL GLYCOGEN

Part Contents Backbone Description Function Name in registry
GlgXpSB1C3Debranching enzyme (E.coli)Coding sequence only BBa_K1618025
GlgBpSB1C3Branching Enzyme (E.coli)Coding sequence only BBa_K1618000
MAOpSB1C3Acyl-transferase Candidate 1 Coding sequence only BBa_K1618001
Rv3030pSB1C3Acylation candidate 2Coding sequence onlyBBa_K1618002
Rv3034cpSB1C3Acylation candidate 3Coding sequence only BBa_K1618003
Rv3037cpSB1C3Acylation candidate 4Coding sequence only BBa_K1618004

COMPOUND PARTS FOR ENGINEERING BACTERIAL GLYCOGEN

Part Contents Backbone Description Function Name in registry
P-Lac(R0010)_RBS(B0034)_GlgX(K1618026)pSB1C3Debranching enzyme expression constructRemoves glycogen branchesBBa_K1618026
P-Lac(R0010)_RBS(B0034)_GlgB(K1618000)pSB1C3Branching enzyme expression constructAdd glycogen branchesBBa_K1618022
P-Lac(R0010)_RBS(B0034)_MAO(K1618001)pSB1C3Acyl-transferase expression constructTransfers acyl groups to glycogenBBa_K1618005
P-Lac(R0010)_RBS(B0034)_Rv3030(K1618002)pSB1C3Acyl-transferase expression constructTransfers acyl groups to glycogenBBa_K1618007
P-Lac(R0010)_RBS(B0034)_Rv3034c(K1618003)pSB1C3Acyl-transferase expression constructTransfers acyl groups to glycogen BBa_K1618008
P-Lac(R0010)_RBS(B0034)_Rv3037c(K1618004)pSB1C3Acyl-transferase expression constructTransfers acyl groups to glycogen BBa_K1618009
P-Lac(R0010)_RBS(B0034)_GlgB(K1618000)_MAO(K1618001)pSB1C3Branching enzyme + acyl-transferase expression constructTransfers acyl groups to glycogenBBa_K1618023
P-Lac(R0010)_RBS(B0034)_GlgB(K1618000)_Rv3030(K1618002)pSB1C3Branching enzyme + acyl-transferase expression constructTransfers acyl groups to glycogenBBa_K1618023
P-Lac(R0010)_RBS(B0034)_GlgB(K1618000)_Rv3034c(K1618003)pSB1C3Branching enzyme + acyl-transferase expression constructTransfers acyl groups to glycogenBBa_K1618024
P-Lac(R0010)_RBS(B0034)_GlgB(K1618000)_Rv3037c(K1618004)pSB1C3BBranching enzyme + acyl-transferase expression constructTransfers acyl groups to glycogenBBa_K1618027

COMPOUND PARTS FROM THE BUTYRATE BIOSYNTHESIS PATHWAY (CODING SEQUNCES WERE FROM Coprococcus sp. L2-50 (DSM 16842)

Part Contents Backbone Description Function Name in registry
P-Lac(R0010)_RBS(B0034)_BukpSB1C3Butyrate kinase expression contruct Catalyzes the conversionbutyrate to/from butyrylBBa_K1618012
P-Lac(R0010)_RBS(B0034)_PTBpSB1C3Phosphotransbutrylase expression constructCatalyzes the conversion butyryl to/from butyryl CoABBa_K1618013
P-Lac(R0010)_RBS(B0034)_Buk_PTBpSB1C3Butyrate to butyryl CoA pathway Catalyzes the conversion butyryl to/from butyryl CoABBa_K1618020
P-Lac(R0010)_RBS(B0034)_THLpSB1C3Thiolase expression constructCatalyzes the conversion of Acetyl-CoA to Acetoacetyl-CoA BBa_K1618014
P-Lac(R0010)_RBS(B0034)_CROpSB1C3Crotonase expression constructCatalyzes conversion of3-hydroxybutyryl-CoA to Crotonyl-CoA BBa_K1618015
P-Lac(R0010)_RBS(B0034)_BHBDpSB1C3β-hydroxybutyryl-CoA dehydrogenase expressionCatalyzes conversion of Acetoacetyl-CoA to 3-hydroxybutyryl-CoA BBa_K1618016
P-Lac(R0010)_RBS(B0034)_BCDpSB1C3Butyryl-CoA dehydrogenase expression construct Catalyzes conversion of Crotonyl-CoA to Butyryl-CoA BBa_K1618017
P-Lac(R0010)_RBS(B0034)_EFTbpSB1C3Electron transfer protein β expression constructCatalyzes conversion of acetate to butyrateBBa_K1618018
P-Lac(R0010)_RBS(B0034)_EFTapSB1C3Electron transfer protein α expression constructCatalyzes conversion of acetate to butyrateBBa_K1618019
P-Lac(R0010)_RBS(B0034)_THL-CRO-BHBDpSB1C3Acetyl-CoA to 3-crotonyl-CoA pathwayCatalyzes conversion of Acetyl-CoA to 3-crotonyl-CoA--------
P-Lac(R0010)_RBS(B0034)_EFTapSB1C3Crotonyl-CoA to Butyryl-coA pathwayCatalyzes conversion of Crotonyl-CoA to Butyryl-coA-----------
P-Lac(R0010)_RBS(B0034)_THL-CRO-BHBD-BCD-EFTb-EFTapSB1C3Acetyl-coA to Butryl-CoA pathwayCatalyzes conversion of Acetyl-coA to Butryl-CoA BBa_K1618021
P-Lac(R0010)_RBS(B0034)_Buk-PTB-THL-CRO-BHBD-BCD-EFTb-EFTapSB1C3Acetyl coA to butyrate complete biosynthetic pathwayCatalyzes conversion of Acetyl coA to butyrate----------

COMPOUND PARTS FOR ENGINEERING PLANT STARCH

Part Contents Backbone Description Function Name in registry
P-35s(K1467101)_TP(K1618037):MAO(K1618001)_T-35s(BBa_K1618037)pSB1C3*Acylation candidate 1 expression constructTransfers acyl groups to starchBBa_K1618033
P-35s(K1467101)_TP(K1618037):Rv3030(K1618002)_T-35s(BBa_K1618037)pSB1C3*Acylation candidate 2 expression constructTransfers acyl groups to starchBBa_K1618034
P-35s(K1467101)_TP(K1618037):Rv3034c(K1618003)_T-35s(BBa_K1618037)pSB1C3*Acylation candidate 3 expression constructTransfers acyl groups to starchBBa_K1618035
P-35s(K1467101)_TP(K1618037):Rv3037c(K1618004)_T-35s(BBa_K1618037)pSB1C3*Acylation candidate 4 expression constructTransfers acyl groups to starchBBa_K1618036
P-35s(K1467101)_TP(K1618037):MAO(K1618001):GFP(K1467204)_T-35s(BBa_K1618037)pSB1C3*Acylation candidate 1 -fused to GFP -expression construct Check localization in plastid of candidate geneBBa_K1618029
P-35s(K1467101)_TP(K1618037):Rv3030(K1618002):GFP(K1467204_T-35s(BBa_K1618037)pSB1C3*Acylation candidate 2 -fused to GFP -expression construct Check localization in plastid of candidate geneBBa_K1618030
P-35s(K1467101)_TP(K1618037):Rv3034c(K1618003):GFP(K1467204_T-35s(BBa_K1618037)pSB1C3*Acylation candidate 3 -fused to GFP -expression construct Check localization in plastid of candidate geneBBa_K1618031
P-35s(K1467101)_TP(K1618037):Rv3037c(K1618004):GFP(K1467204_T-35s(BBa_K1618037)pSB1C3*Acylation candidate 4 -fused to GFP -expression construct Check localization in plastid of candidate geneBBa_K1618032
35s TerminatorpSB1C3**Eukaryotic terminator from the 35s gene (Cauliflower Mosaic Virus)terminates transcription in plant cellsBBa_K1618037
Chloroplast Transit PeptidepSB1C3***Synthetic plastid transit peptide form the consensus of multiple RuBisCo Small Subunit genesIn an N-terminal fusion, this peptide directs proteins to the plant plastid.BBa_K1618028

* This was convered to a standard BioBrick by cloning into the Mo-Flipper Plasmid K1467400 (complete transcritional unit flipper) made by the NRP UEA 2014 team. These parts were tested by cloning into a binary plasmid vector backbone prior to delivery to plants leaves using Agrobacterium tumefaciens mediated transfection.

** This was convered to a standard BioBrick by cloning into the Mo-Flipper Plasmid K1467300 (terminator flipper) made by the NRP UEA 2014 team.

*** This is assembled in a Golden Gate Universal Acceptor Plasmid (pUAP1) in the pSB1C3 backbone according to RFC 106. It is a Golden Gate part in the plant standard syntax, not a BioBrick.

MANY THANKS TO OUR SPONSORS

Useful Links

Contact Us

  • nrpuea.igem2015@gmail.com

  • Norwich Research Park,
  • Colney,
  • Norwich, NR4 7UH, UK.

We are the NRP-UEA-Norwich 2015 iGEM Team.

Designed and developed by the NRP-UEA-Norwich iGEM Team