Euk.cement - 2015.igem.org2015.igem.org/files/presentation/HUST-China.pdfenvironmentally safe...

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Euk.cement

Transcript of Euk.cement - 2015.igem.org2015.igem.org/files/presentation/HUST-China.pdfenvironmentally safe...

Euk.cement

Who am I?

A Journey

Desert in Northwest China

A Journey

Hangzhou, China

A Journey

Dead coral, Sanya, China

Incompact sand substrates!

This is the key issue for those problems…

Consolidate!

Traditional methods Biological methods

Time for show!Promotion of micro-consolidation tech

environmentally safe microorganism

live in marine environment

hydrophobic substrate

ability to grow fast

high-density fermentation

express complex recombinant proteins

Yarrowia Lypolitica

LIP2 prepro Mcfp-3

BD-CRY2 AD-CIB1

UAS

PTEF PADH1

Pgal1 Panb1

ROX1 LIP2 prepro Si-tag YLcwp3

Panb1

Genetic circuits

• 1. darkness induction system

• 2. silica binding system

• 3. flocculating system

GalBDCRY2

Gal4 UAS

Transcription OFF

GalBDCRY2

Gal4 UAS

Transcription ON

CIB GalAD

CIBGalAD

light

dark

1. Darkness induction system-- Light control system based on Y2H

BD-CRY2 AD-CIB1

UAS ROX1

pTEFpADH1

pGal1 pAnb1

LIP2 prepro Si-tag YLCwp3

LIP2 prepro Mcfp-3

pAnb1

XPR2 Mcfp-3

CRY2-BD CIB1-AD

UAS ROX1

pTEFpADH1

pGal1 pAnb1

XPR2 Si-tag Y1CwpC

pAnb1

1. Dark induction system

Panb1

LIP2 prepro Si-tag YLcwp3

2. Silica binding system

Si-tag

cell

Silicon surface

2. Silica binding system

LIP2 prepro Mcfp-3

pAnb1

3. Flocculating system

Modeling & experiments

Modeling & experiment

Ms. Experiment

Mr. Modeling

Light control systemsmodeling

ModelingLight control systems

Modeling

Surface display & secret system

Fusion expression of 6xHis tag

Experiment • Immunofluorence

• Surface display

Silica binding testExperiment • Glass surface binding

• Three different intensity

Flocculating of secreted Mcfp-3

Experiment • Successful secretion

• Successful flocculating

Consolidation test

Experiment • Mimetic seabed• Successful cementation

Prof. J.J.Zheng Huazhong University of Sci & Tech

(HUST), Wuhan, China

Expert in civil engineering

Experiment

Offer harbors to marine organisms

Modeling

Simulation of darkness induction system

Modeling

Diffusion models

• Fast diffusion• Semi-circle pattern

ModelingDesign for diffusion

Safety

Implementation method revisited

Safety

Container

“Fence”

Prof. Weiding Wang

Marine Fisheries Research Institute,

Zhejiang, ChinaExpert in aquafarm and artificial reefs

Human Practice

Investigation in Zhoushan Islands, China

Human Practice

Human Practice

Exchanges and conferences in

• UC Berkeley @CA

• PKU @Beijing

• NCTU @Taiwan

• WHU @Wuhan

Parts submittedPart Number Description Abbrevi

ation

BBa_K1592005 GalBD-CRY2 Fusion forYeast-Two-Hybrid

BD-CRY2

BBa_K1592006 GalAD-CIB1 Fusion forYeast-Two-Hybrid

AD-CIB1

BBa_K1592015 photoreceptorcryptochrome 2

CRY2

BBa_K1592016 a basic helix-loop-helixprotein

CIB1

Light control parts

Part Number Description Abbreviation

BBa_K1592007 LIP prepro + E. coli ribosomalprotein L2 (1-60) + YLcwp3 Fusion

Si-tag1-his

BBa_K1592008 LIP prepro + E. coli ribosomalprotein L2 (61-202) + YLcwp3 Fusion

Si-tag2-his

BBa_K1592009 LIP2 prepro + E. coli ribosomalprotein L2 (203-273) + YLcwp3 Fusion

Si-tag3-his

BBa_K1592010 LIP2 prepro + E. coli ribosomal proteinL2 (1-202)+ YLcwp3 Fusion

ST12

BBa_K1592011 LIP prepro + E. coli ribosomal protein L2(61-273) + YLcwp3 Fusion

ST23

BBa_K1592012 LIP prepro + E. coli ribosomal protein L2(1-60,203-273) + YLcwp3 Fusion

ST13

BBa_K1592013 LIP prepro + E. coli ribosomal protein L2(1-60,GS linker,202-273) + YLcwp3

ST1L3-his

BBa_K1592014 LIP prepro + E. coli ribosomalprotein L2 (1-273) + YLcwp3

ST123

Silica-tag protein

PartNumber

Description Abbreviation

BBa_K1592001

Mytilus californianusfoot protein 3(Mcfp3)variant 3

Mcfp3

BBa_K1592003

Mcfp3 with LIP2prepro

LIP-Mcfp

BBa_K1592017

Mcfp3 with XPR2pre

XPR2-Mcfp

Flocculent protein

Part Number Description Abbreviation

BBa_K1592020 Ptrp mutant1 Ptrp1

BBa_K1592021 Ptrp mutant2 Ptrp2

BBa_K1592022 Ptrp mutant3 Ptrp3

Part Number DescriptionBBa_K1592018 Pgal1+rox1+cyc1_terminatorBBa_K1592019 Panb1+XPR2 pre-Mcfp3BBa_K1592023 Ptrp mutant1+RBS+GFPBBa_K1592024 Ptrp mutant2+RBS+GFPBBa_K1592025 Ptrp mutant3+RBS+GFP

PartNumber

Description Abbreviation

BBa_K1592000

LIP2 prepro(signal peptide) LIP2prepro

BBa_K1592002

Yarrowia lipolytica cell wallprotein 3

YLcwp3

Secrete and surface display

OthersPart Number Description Abbreviation

BBa_K1592004 promoter hp4d Php4d

Parts improved

Composite parts

Parts submitted

Achievements

Register, complete the judging form, wiki, poster and presentation, new BioBrick

Validated new BioBrick

Documented characterization of new parts and submit them

Abundant and effective human practice which is tightly related to our project

Cooperated with WHU & HZAU

Improved and further documented some previous parts

advisors: Professor Y.J. Ya,Professor K.Ning,Dr Y. Zhan,Dr Q. Gewetlab: S.Y. Tang, L. Yin, Z.Y. Cheng, W.Xi, W.J Liu,J.J. Xu, S.Y. Xiang, Z.Zeng, Y.X. Zheng and G.Z. Wu.Wiki framework:Y. XuArt and design:Z.X. Yangvideo:Y.X. Zheng J.Z. YangHP:J.T. Liu, S.Y. Tang,G.Z. Wu,Professor X.Q. Zhao and Professor Jens Nielson providing Saccharomyces cerevisiae s288c.Thanks Drs and masters for their direct guide in experiment.Thanks Dr X.H. Gui, M Yulin Kuang Dr G.L. Wang, Dr W. Liu, Dr D.J. Pan R.Y. Zhang

Acknowledgements

Team

Thank you!