Talk:20.109(S09):Wrap-up analysis (Day7)

T/R data

Collagen II ELISA	Collagen I ELISA
Media:S09_M3D6_TR-Red_CNII.txt‎	Media:S09_M3D6_TR-Red_CNI.txt‎
Media:S09_M3D6_TR-Orange_CNII.txt‎	Media:S09_M3D6_TR-Orange_CNI.txt‎
Media:S09_M3D6_TR-Yellow_CNII.txt‎	Media:S09_M3D6_TR-Yellow_CNI.txt‎
Media:S09_M3D6_TR-Green_CNII.txt‎	Media:S09_M3D6_TR-Green_CNI.txt‎
Media:S09_M3D6_TR-Blue_CNII.txt‎	Media:S09_M3D6_TR-Blue_CNI.txt‎
Media:S09_M3D6_TR-Pink_CNII.txt‎	Media:S09_M3D6_TR-Pink_CNI.txt‎
Media:S09_M3D6_TR-Purple_CNII.txt‎	Media:S09_M3D6_TR-Purple_CNI.txt‎
Media:S09_M3D6_TR-Grey_CNII.txt‎	Media:S09_M3D6_TR-Grey_CNI.txt‎

Data Summaries: Michael Meyer: Media: Module_3_Data_Summary.pdf

Michael's Addendum: The absorbance readings taken before RT-PCR from all of our samples were .001 for 260 nm and 280 nm. Based on the readings alone, we have significant protein contamination. However, we need to keep in mind that measurements this low are not very significant and could easily be off by small amounts, which would throw off the 260 to 280 ratio by a lot. Thus we cannot say for sure whether or not we had protein contamination (from collagen, or even from the alginate).

Charlotte Yang: Media: Final_Report.docx Media: Final_Report_fig.docx

Mahesh Vidula: Media: Module_3_Report--Mahesh_Vidula.doc

Casey Hua: Media: Module_3_Report+Figures--Casey Hua.doc

Danyi Wu: Media: Module_3_Report+Figures--Danyi_Wu.doc

Layla Barkal: Media: Module_3_Report--Layla_Barkal.pdf

Amanda Mok: Media: Module_3_Report_Amanda_Mok.pdf‎

Albert Chi: Media: Module_3_Report--Albert_Chi.docx

Sohan Mikkilineni: Media: Mod3_paper_sohan.pdf Media: Mod_3_Figures.pdf Media: Suppdata.pdf

Eric Gomez: Media: 20109mod3EricGTR.docx Media: Mod_3_Figures.pdf Media: Suppdata.pdf

ERIC'S ADDENDUM!!!: We estimated 250,000 cells in culture before encapsulation into alginate beads. After one week of experimental perturbation, prior to analysis, we estimated about 200,000 control cells and 300,000 experimental cells.

Mark Shteyn: Media: mshteyn_tr_mod3.pdf

Dahlia Alkekhia: Media: module_3_report.pdf

Alie Doolittle File:Figure1.pdfFile:Figure2.pdfFile:Module3Report.pdf

W/F data

Collagen II ELISA	Collagen I ELISA
Media:S09_M3D6_WF-Red_CNII.txt‎	Media:S09_M3D6_WF-Red_CNI.txt‎
Media:S09_M3D6_WF-Orange_CNII.txt‎	Media:S09_M3D6_WF-Orange_CNI.txt‎
Media:S09_M3D6_WF-Yellow_CNII.txt‎	Media:S09_M3D6_WF-Yellow_CNI.txt‎
Media:S09_M3D6_WF-Green_CNII.txt‎	Media:S09_M3D6_WF-Green_CNI.txt‎
Media:S09_M3D6_WF-Blue_CNII.txt‎	Media:S09_M3D6_WF-Blue_CNI.txt‎
Media:S09_M3D6_WF-Pink_CNII.txt‎	Media:S09_M3D6_WF-Pink_CNI.txt‎
Media:S09_M3D6_WF-Purple_CNII.txt‎	Media:S09_M3D6_WF-Purple_CNI.txt‎
Media:S09_M3D6_WF-Grey_CNII.txt‎	Media:S09_M3D6_WF-Grey_CNI.txt‎

Mackey Craven: Media: Mod3_Report_Mackey.doc Media: Mod3_Figures_Mackey.pdf

Sarah Gomez: Media: S_Gomez_M3report.pdf‎ Media: RTPCR.pdf‎ Media: ELISA.pdf‎

Alie Doolittle File:Figure1.pdfFile:Figure2.pdfFile:Module3Report.pdf

Giulia Dulá Media:G_Dula_WF_Orange_Mod3.doc

Steph Léger Media:S_Leger_WF_Mod3Report.doc Media:S_Leger_WF_Mod3Figures.pdf

Emily Prentice Media:E_Prentice_WF_Mod3Report.doc Media:E_Prentice_WF_Mod3Figures.pdf

Peter Bojo Media:Pbojo_WF_Mod3Report.doc

Fori Wang Media:F_Wang_WF_Blue_Mod3.pdf

Alina Gatowski Media:A_Gatowski_WF_Mod3Report.doc Media:A_Gatowski_WF_Mod3Figures.pdf

Linda Fong Media:LFong_WF_Mod3.doc

Lana Awad File:Module 3 result summary.doc File:Supplemetary figures of Module 3 Report.doc

Mashaal Sohail Media:Module 3 report mashaal.docx

Alvin Chen Media:Module 3 paper Alvin Chen WF.doc Media:Module 3 figures_purple_pink_updat3.ppt

Derek Ju Media:Module 3 paper Derek Ju.doc Media:Module 3 figures_purple_pink_updat3.ppt

Amber Lin Media:Amber mod 3.doc Media:Module_3_figures_purple_pink_updat3.ppt