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SFB1535_MibiNet
Sankaranarayanan-2023
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006845ee
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006845ee
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1 month ago
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Sabrina Zander
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@@ -38,71 +38,74 @@ The [Assays (A)](https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tr
...
@@ -38,71 +38,74 @@ The [Assays (A)](https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tr
### Chapter 1: S1_Loss_of_Khd4_Causes_Defects_in_Polar_Growth_of_Infectious_Hyphae
### Chapter 1: S1_Loss_of_Khd4_Causes_Defects_in_Polar_Growth_of_Infectious_Hyphae
[
S1_A1_microscopy_yeast
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S1_A1_microscopy_yeast?ref_type=heads
)
Figure S1
[
S1_A1_microscopy_yeast
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S1_A1_microscopy_yeast?ref_type=heads
)
//
**
Figure S1
**
[
S1_A2_microscopy_hyphae
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S1_A2_microscopy_hyphae?ref_type=heads
)
Figure 1
[
S1_A2_microscopy_hyphae
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S1_A2_microscopy_hyphae?ref_type=heads
)
//
**
Figure 1
**
### Chapter 2: S2_Establishing_HyperTRIBE_for_Fungal_RBPs
### Chapter 2: S2_Establishing_HyperTRIBE_for_Fungal_RBPs
[
S2_A1_microscopy_Rrm4_Ada_strains_DIC+Rrm4-GFP
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S2_A1_microscopy_Rrm4-Ada_Rrm4-Gfp
)
Figure S2C-F
[
S2_A1_microscopy_Rrm4_Ada_strains_DIC+Rrm4-GFP
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S2_A1_microscopy_Rrm4-Ada_Rrm4-Gfp
)
//
**
Figure S2C-F
**
[
S2_A2_protein_expression
[
S2_A2_protein_expression
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S2_A2_protein_expression
)
Figure S3 A
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S2_A2_protein_expression
)
//
**
Figure S3 A
**
[
S2_A3_microscopy_Rfp_Gfp
[
S2_A3_microscopy_Rfp_Gfp
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S2_A3_microscopy_Rfp_Gfp
)
Figure S3 B-C
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S2_A3_microscopy_Rfp_Gfp
)
//
**
Figure S3 B-C
**
[
S2_A4_HyperTRIBE_Rrm4_analysis
[
S2_A4_HyperTRIBE_Rrm4_analysis
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S2_A4_HyperTRIBE_Rrm4_analysis
)
Figure 2C, Figure S4
A-D
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S2_A4_HyperTRIBE_Rrm4_analysis
)
//
**
Figure 2C
-D
, Figure S4
**
[
S2_A5_HyperTRIBE_Rrm4_iCLIP
[
S2_A5_HyperTRIBE_Rrm4_iCLIP
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S2_A5_HyperTRIBE_Rrm4_iCLIP
)
Figure 2D, Figure S4
E-G
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S2_A5_HyperTRIBE_Rrm4_iCLIP
)
//
**
Figure 2
C-
D, Figure S4
**
### Chapter 3: S3_Khd4_Interacts_with_mRNAs_Enriched_for_Its_Binding_Motif_AUACCC
### Chapter 3: S3_Khd4_Interacts_with_mRNAs_Enriched_for_Its_Binding_Motif_AUACCC
[
S3_A1_microscopy_Khd4-Gfp
[
S3_A1_microscopy_Khd4-Gfp
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S3_A1_microscopy_Khd4-Gfp
)
Figure S5 C-E
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S3_A1_microscopy_Khd4-Gfp
)
//
**
Figure S5 C-E
**
[
S3_A2_Khd4-Ada-strains_protein_expression
[
S3_A2_Khd4-Ada-strains_protein_expression
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S3_A2_Khd4-Ada-strains_protein_expression
)
Figure S5 F-G
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S3_A2_Khd4-Ada-strains_protein_expression
)
//
**
Figure S5 F-G
**
[
S3_A3_HyperTRIBE_Khd4_workflow
[
S3_A3_HyperTRIBE_Khd4_workflow
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S3_A3_HyperTRIBE_Khd4_workflow
)
Figure 3A, Figure S6A
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S3_A3_HyperTRIBE_Khd4_workflow
)
//
**
Figure 3A, Figure S6A
**
[
S3_A4_HyperTRIBE_motif_analysis
[
S3_A4_HyperTRIBE_motif_analysis
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S3_A4_HyperTRIBE_motif_analysis
)
Figure S6 B-E, Figure 3, Figure S7, Figure S8 A-D
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S3_A4_HyperTRIBE_motif_analysis
)
//
**
Figure S6 B-E, Figure 3, Figure S7, Figure S8 A-D
**
[
S3_A5_GO-term
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S3_A5_GO-term
)
Figure S8 E, Figure S9
[
S3_A5_GO-term
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S3_A5_GO-term
)
//
**
Figure S8 E, Figure S9
**
### Chapter 4: S4_Loss_of_Khd4_Increases_the_Abundance_of_mRNAs_with_AUACCC_Motif_in_Their_3UTR
### Chapter 4: S4_Loss_of_Khd4_Increases_the_Abundance_of_mRNAs_with_AUACCC_Motif_in_Their_3UTR
[
S4_A1_RNAseq_data
[
S4_A1_RNAseq_data
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S4_A1_RNAseq_data
)
Figure 4 A-C, Fig S10A
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S4_A1_RNAseq_data
)
//
**
Figure 4 A-C, Fig S10A
**
[
S4_A2_RNAseq_analysis_khd4D_vs_wt_hyphae
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S4_A2_RNAseq_analysis_khd4D_vs_wt_hyphae
)
Figure 4 A-C, Fig S10A
[
S4_A2_RNAseq_analysis_khd4D_vs_wt_hyphae
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S4_A2_RNAseq_analysis_khd4D_vs_wt_hyphae
)
//
**
Figure 4 A-C, Fig S10A
**
### Chapter 5: S5_AUACCC_in_the_3_UTR_Functions_as_a_Khd4-Dependent_mRNA_Stability_Element
### Chapter 5: S5_AUACCC_in_the_3_UTR_Functions_as_a_Khd4-Dependent_mRNA_Stability_Element
[
S5_A1_microscopy_khd4-targets
[
S5_A1_microscopy_khd4-targets
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S5_A1_microscopy_khd4-targets
)
Figure S10B
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S5_A1_microscopy_khd4-targets
)
//
**
Figure S10B
**
[
S5_A2_Kat_protein_level
[
S5_A2_Kat_protein_level
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S5_A2_Kat_protein_level?ref_type=heads
)
Figure S10C, Figure 4E
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S5_A2_Kat_protein_level?ref_type=heads
)
//
**
Figure S10C, Figure 4E
**
[
S5_A3_Kat_mRNA_level
[
S5_A3_Kat_mRNA_level
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S5_A3_Kat_mRNA_level?ref_type=heads
)
Figure 4F
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S5_A3_Kat_mRNA_level?ref_type=heads
)
//
**
Figure 4F
**
### Chapter 6: S6_Khd4_Tightly_Regulates_the_Expression_of_Distinct_Targets_Involved_in_Membrane_Trafficking
### Chapter 6: S6_Khd4_Tightly_Regulates_the_Expression_of_Distinct_Targets_Involved_in_Membrane_Trafficking
[
S6_A1_RNAseq_analysis_yeast_vs_hyphae
[
S6_A1_RNAseq_analysis_yeast_vs_hyphae
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S6_A1_RNAseq_analysis_yeast_vs_hyphae
)
Figure 5 A-C, Figure 6, Figure S13 A-B
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S6_A1_RNAseq_analysis_yeast_vs_hyphae
)
//
**
Figure 5 A-C, Figure 6, Figure S13 A-B
**
[
S6_A2_analysis_specific_targets
[
S6_A2_analysis_specific_targets
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S6_A2_analysis_specific_targets
)
Figure 11 B-D
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S6_A2_analysis_specific_targets
)
//
**
Figure
5 A-C, Figure S
11 B-D
**
[
S6_A3_Kat-strains_microscopy
[
S6_A3_Kat-strains_microscopy
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S6_A3_Kat-strains_microscopy
)
Figure 5D, Figure S11 F
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S6_A3_Kat-strains_microscopy
)
//
**
Figure 5D, Figure S11 F
**
[
S6_A4_relative_fluorescence_level
[
S6_A4_relative_fluorescence_level
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S6_A4_relative_fluorescence_level
)
Figure S11 G
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S6_A4_relative_fluorescence_level
)
//
**
Figure S11 G
**
### Chapter 7: S7_Loss_of_Khd4_Causes_Dysregulation_of_Membrane-Trafficking_Factors_in_khd4D_Cells
### Chapter 7: S7_Loss_of_Khd4_Causes_Dysregulation_of_Membrane-Trafficking_Factors_in_khd4D_Cells
see S6_A1 and S6_A2
[
S6_A1_RNAseq_analysis_yeast_vs_hyphae
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S6_A1_RNAseq_analysis_yeast_vs_hyphae
)
//
**Figure 5 A-C, Figure 6, Figure S13 A-B**
[
S7_A1_RNAseq_analysis_Wt_Khd4D_hyphae_specific_genes
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S7_A1_RNAseq_analysis_Wt_Khd4D_hyphae_specific_genes?ref_type=heads
)
//
**Figure 6, Figure S13 A-B**
### Chapter 8: S8_Loss_of_Khd4_Causes_Defects_in_Vacuole_Formation_and_Localization
### Chapter 8: S8_Loss_of_Khd4_Causes_Defects_in_Vacuole_Formation_and_Localization
[
S8_A1_microscopy_FM4-64
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S8_A1_microscopy_FM4-64?ref_type=heads
)
Figure S13 C-D
[
S8_A1_microscopy_FM4-64
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S8_A1_microscopy_FM4-64?ref_type=heads
)
//
**
Figure S13 C-D
**
[
S8_A2_microscopy_CAMG
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S8_A2_microscopy_CMAG?ref_type=heads
)
Figure 7
[
S8_A2_microscopy_CAMG
](
https://git.nfdi4plants.org/sankaran/Sankaranarayanan-2023/-/tree/master/assays/S8_A2_microscopy_CMAG?ref_type=heads
)
//
**
Figure 7
**
## License
## License
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