GPM #:
Keyword:


# GPM # proteins Description
1. GPM10100701538
peptide
model
gel
aaa
go
mh
309
  1. BRENDA cell culture: none
  2. BRENDA tissue: BTO:0001078  placenta
  3. CELL cell type: none
  4. GO subcellular: none
  5. email:
  6. institution: HSCRI, Toronto, Ontario
  7. name: Brian Cox, Thomas Kislinger, Andreas I Evangelou, S. L Adamson, Janet Rossant, Vladimir Ignatchenko, Alex Ignatchenko
  8. project: PSE115: Comparative analysis of the human and mouse placental transcriptome and proteome
  9. project comment: Data obtained from Peptidome PSM1064. Human villous trees from a normal placenta delivered by cesarean section at term (~38 weeks) were dissected and washed in PBS. Tissue was divided for organellar fractionation and RNA extraction as described above (see SI Materials and methods for details). IK_030107_h_placenta_NucII3
2. GPM10100701539
peptide
model
gel
aaa
go
mh
540
  1. BRENDA cell culture: none
  2. BRENDA tissue: BTO:0001078  placenta
  3. CELL cell type: none
  4. GO subcellular: none
  5. email:
  6. institution: HSCRI, Toronto, Ontario
  7. name: Brian Cox, Thomas Kislinger, Andreas I Evangelou, S. L Adamson, Janet Rossant, Vladimir Ignatchenko, Alex Ignatchenko
  8. project: PSE115: Comparative analysis of the human and mouse placental transcriptome and proteome
  9. project comment: Data obtained from Peptidome PSM1064. Human villous trees from a normal placenta delivered by cesarean section at term (~38 weeks) were dissected and washed in PBS. Tissue was divided for organellar fractionation and RNA extraction as described above (see SI Materials and methods for details). IK_021206_h_placenta_MitoII2
3. GPM10100701540
peptide
model
gel
aaa
go
mh
501
  1. BRENDA cell culture: none
  2. BRENDA tissue: BTO:0001078  placenta
  3. CELL cell type: none
  4. GO subcellular: none
  5. email:
  6. institution: HSCRI, Toronto, Ontario
  7. name: Brian Cox, Thomas Kislinger, Andreas I Evangelou, S. L Adamson, Janet Rossant, Vladimir Ignatchenko, Alex Ignatchenko
  8. project: PSE115: Comparative analysis of the human and mouse placental transcriptome and proteome
  9. project comment: Data obtained from Peptidome PSM1064. Human villous trees from a normal placenta delivered by cesarean section at term (~38 weeks) were dissected and washed in PBS. Tissue was divided for organellar fractionation and RNA extraction as described above (see SI Materials and methods for details). IK_011206_h_placenta_MitoII1
4. GPM10100701541
peptide
model
gel
aaa
go
mh
2392
  1. BRENDA cell culture: none
  2. BRENDA tissue: BTO:0001078  placenta
  3. CELL cell type: none
  4. GO subcellular: none
  5. email:
  6. institution: HSCRI, Toronto, Ontario
  7. name: Brian Cox, Thomas Kislinger, Andreas I Evangelou, S. L Adamson, Janet Rossant, Vladimir Ignatchenko, Alex Ignatchenko
  8. project: PSE115: Comparative analysis of the human and mouse placental transcriptome and proteome
  9. project comment: Data obtained from Peptidome PSM1064. Human villous trees from a normal placenta delivered by cesarean section at term (~38 weeks) were dissected and washed in PBS. Tissue was divided for organellar fractionation and RNA extraction as described above (see SI Materials and methods for details). IK_030107_h_placenta_NucII3
5. GPM10100701542
peptide
model
gel
aaa
go
mh
1892
  1. BRENDA cell culture: none
  2. BRENDA tissue: BTO:0001078  placenta
  3. CELL cell type: none
  4. GO subcellular: none
  5. email:
  6. institution: HSCRI, Toronto, Ontario
  7. name: Brian Cox, Thomas Kislinger, Andreas I Evangelou, S. L Adamson, Janet Rossant, Vladimir Ignatchenko, Alex Ignatchenko
  8. project: PSE115: Comparative analysis of the human and mouse placental transcriptome and proteome
  9. project comment: Data obtained from Peptidome PSM1064. Human villous trees from a normal placenta delivered by cesarean section at term (~38 weeks) were dissected and washed in PBS. Tissue was divided for organellar fractionation and RNA extraction as described above (see SI Materials and methods for details). IK_021206_h_placenta_MitoII2
6. GPM10100701543
peptide
model
gel
aaa
go
mh
3362
  1. BRENDA cell culture: none
  2. BRENDA tissue: BTO:0001078  placenta
  3. CELL cell type: none
  4. GO subcellular: none
  5. email:
  6. institution: HSCRI, Toronto, Ontario
  7. name: Brian Cox, Thomas Kislinger, Andreas I Evangelou, S. L Adamson, Janet Rossant, Vladimir Ignatchenko, Alex Ignatchenko
  8. project: PSE115: Comparative analysis of the human and mouse placental transcriptome and proteome
  9. project comment: Data obtained from Peptidome PSM1064. Human villous trees from a normal placenta delivered by cesarean section at term (~38 weeks) were dissected and washed in PBS. Tissue was divided for organellar fractionation and RNA extraction as described above (see SI Materials and methods for details). IK_011206_h_placenta_MitoII1
7. GPM10100701544
peptide
model
gel
aaa
go
mh
2700
  1. BRENDA cell culture: none
  2. BRENDA tissue: BTO:0001078  placenta
  3. CELL cell type: none
  4. GO subcellular: none
  5. email:
  6. institution: HSCRI, Toronto, Ontario
  7. name: Brian Cox, Thomas Kislinger, Andreas I Evangelou, S. L Adamson, Janet Rossant, Vladimir Ignatchenko, Alex Ignatchenko
  8. project: PSE115: Comparative analysis of the human and mouse placental transcriptome and proteome
  9. project comment: Data obtained from Peptidome PSM1064. Human villous trees from a normal placenta delivered by cesarean section at term (~38 weeks) were dissected and washed in PBS. Tissue was divided for organellar fractionation and RNA extraction as described above (see SI Materials and methods for details). IK_030107_h_placenta_NucII3
8. GPM10100701545
peptide
model
gel
aaa
go
mh
2351
  1. BRENDA cell culture: none
  2. BRENDA tissue: BTO:0001078  placenta
  3. CELL cell type: none
  4. GO subcellular: none
  5. email:
  6. institution: HSCRI, Toronto, Ontario
  7. name: Brian Cox, Thomas Kislinger, Andreas I Evangelou, S. L Adamson, Janet Rossant, Vladimir Ignatchenko, Alex Ignatchenko
  8. project: PSE115: Comparative analysis of the human and mouse placental transcriptome and proteome
  9. project comment: Data obtained from Peptidome PSM1064. Human villous trees from a normal placenta delivered by cesarean section at term (~38 weeks) were dissected and washed in PBS. Tissue was divided for organellar fractionation and RNA extraction as described above (see SI Materials and methods for details). IK_030107_h_placenta_NucII3
9. GPM10100701546
peptide
model
gel
aaa
go
mh
3288
  1. BRENDA cell culture: none
  2. BRENDA tissue: BTO:0001078  placenta
  3. CELL cell type: none
  4. GO subcellular: none
  5. email:
  6. institution: HSCRI, Toronto, Ontario
  7. name: Brian Cox, Thomas Kislinger, Andreas I Evangelou, S. L Adamson, Janet Rossant, Vladimir Ignatchenko, Alex Ignatchenko
  8. project: PSE115: Comparative analysis of the human and mouse placental transcriptome and proteome
  9. project comment: Data obtained from Peptidome PSM1064. Human villous trees from a normal placenta delivered by cesarean section at term (~38 weeks) were dissected and washed in PBS. Tissue was divided for organellar fractionation and RNA extraction as described above (see SI Materials and methods for details). IK_021206_h_placenta_MitoII2
10. GPM10100701547
peptide
model
gel
aaa
go
mh
3184
  1. BRENDA cell culture: none
  2. BRENDA tissue: BTO:0001078  placenta
  3. CELL cell type: none
  4. GO subcellular: none
  5. email:
  6. institution: HSCRI, Toronto, Ontario
  7. name: Brian Cox, Thomas Kislinger, Andreas I Evangelou, S. L Adamson, Janet Rossant, Vladimir Ignatchenko, Alex Ignatchenko
  8. project: PSE115: Comparative analysis of the human and mouse placental transcriptome and proteome
  9. project comment: Data obtained from Peptidome PSM1064. Human villous trees from a normal placenta delivered by cesarean section at term (~38 weeks) were dissected and washed in PBS. Tissue was divided for organellar fractionation and RNA extraction as described above (see SI Materials and methods for details). IK_011206_h_placenta_MitoII1
11. GPM10100701548
peptide
model
gel
aaa
go
mh
2673
  1. BRENDA cell culture: none
  2. BRENDA tissue: BTO:0001078  placenta
  3. CELL cell type: none
  4. GO subcellular: none
  5. email:
  6. institution: HSCRI, Toronto, Ontario
  7. name: Brian Cox, Thomas Kislinger, Andreas I Evangelou, S. L Adamson, Janet Rossant, Vladimir Ignatchenko, Alex Ignatchenko
  8. project: PSE115: Comparative analysis of the human and mouse placental transcriptome and proteome
  9. project comment: Data obtained from Peptidome PSM1064. Human villous trees from a normal placenta delivered by cesarean section at term (~38 weeks) were dissected and washed in PBS. Tissue was divided for organellar fractionation and RNA extraction as described above (see SI Materials and methods for details). IK_030107_h_placenta_NucII3
12. GPM10100701549
peptide
model
gel
aaa
go
mh
2494
  1. BRENDA cell culture: none
  2. BRENDA tissue: BTO:0001078  placenta
  3. CELL cell type: none
  4. GO subcellular: none
  5. email:
  6. institution: HSCRI, Toronto, Ontario
  7. name: Brian Cox, Thomas Kislinger, Andreas I Evangelou, S. L Adamson, Janet Rossant, Vladimir Ignatchenko, Alex Ignatchenko
  8. project: PSE115: Comparative analysis of the human and mouse placental transcriptome and proteome
  9. project comment: Data obtained from Peptidome PSM1064. Human villous trees from a normal placenta delivered by cesarean section at term (~38 weeks) were dissected and washed in PBS. Tissue was divided for organellar fractionation and RNA extraction as described above (see SI Materials and methods for details). IK_030107_h_placenta_NucII3
13. GPM10100701550
peptide
model
gel
aaa
go
mh
3392
  1. BRENDA cell culture: none
  2. BRENDA tissue: BTO:0001078  placenta
  3. CELL cell type: none
  4. GO subcellular: none
  5. email:
  6. institution: HSCRI, Toronto, Ontario
  7. name: Brian Cox, Thomas Kislinger, Andreas I Evangelou, S. L Adamson, Janet Rossant, Vladimir Ignatchenko, Alex Ignatchenko
  8. project: PSE115: Comparative analysis of the human and mouse placental transcriptome and proteome
  9. project comment: Data obtained from Peptidome PSM1064. Human villous trees from a normal placenta delivered by cesarean section at term (~38 weeks) were dissected and washed in PBS. Tissue was divided for organellar fractionation and RNA extraction as described above (see SI Materials and methods for details). IK_021206_h_placenta_MitoII2
14. GPM10100701551
peptide
model
gel
aaa
go
mh
3297
  1. BRENDA cell culture: none
  2. BRENDA tissue: BTO:0001078  placenta
  3. CELL cell type: none
  4. GO subcellular: none
  5. email:
  6. institution: HSCRI, Toronto, Ontario
  7. name: Brian Cox, Thomas Kislinger, Andreas I Evangelou, S. L Adamson, Janet Rossant, Vladimir Ignatchenko, Alex Ignatchenko
  8. project: PSE115: Comparative analysis of the human and mouse placental transcriptome and proteome
  9. project comment: Data obtained from Peptidome PSM1064. Human villous trees from a normal placenta delivered by cesarean section at term (~38 weeks) were dissected and washed in PBS. Tissue was divided for organellar fractionation and RNA extraction as described above (see SI Materials and methods for details). IK_011206_h_placenta_MitoII1
15. GPM10100701552
peptide
model
gel
aaa
go
mh
2949
  1. BRENDA cell culture: none
  2. BRENDA tissue: BTO:0001078  placenta
  3. CELL cell type: none
  4. GO subcellular: none
  5. email:
  6. institution: HSCRI, Toronto, Ontario
  7. name: Brian Cox, Thomas Kislinger, Andreas I Evangelou, S. L Adamson, Janet Rossant, Vladimir Ignatchenko, Alex Ignatchenko
  8. project: PSE115: Comparative analysis of the human and mouse placental transcriptome and proteome
  9. project comment: Data obtained from Peptidome PSM1064. Human villous trees from a normal placenta delivered by cesarean section at term (~38 weeks) were dissected and washed in PBS. Tissue was divided for organellar fractionation and RNA extraction as described above (see SI Materials and methods for details). IK_030107_h_placenta_NucII3
16. GPM10100701553
peptide
model
gel
aaa
go
mh
2589
  1. BRENDA cell culture: none
  2. BRENDA tissue: BTO:0001078  placenta
  3. CELL cell type: none
  4. GO subcellular: none
  5. email:
  6. institution: HSCRI, Toronto, Ontario
  7. name: Brian Cox, Thomas Kislinger, Andreas I Evangelou, S. L Adamson, Janet Rossant, Vladimir Ignatchenko, Alex Ignatchenko
  8. project: PSE115: Comparative analysis of the human and mouse placental transcriptome and proteome
  9. project comment: Data obtained from Peptidome PSM1064. Human villous trees from a normal placenta delivered by cesarean section at term (~38 weeks) were dissected and washed in PBS. Tissue was divided for organellar fractionation and RNA extraction as described above (see SI Materials and methods for details). IK_030107_h_placenta_NucII3
17. GPM10100701554
peptide
model
gel
aaa
go
mh
3224
  1. BRENDA cell culture: none
  2. BRENDA tissue: BTO:0001078  placenta
  3. CELL cell type: none
  4. GO subcellular: none
  5. email:
  6. institution: HSCRI, Toronto, Ontario
  7. name: Brian Cox, Thomas Kislinger, Andreas I Evangelou, S. L Adamson, Janet Rossant, Vladimir Ignatchenko, Alex Ignatchenko
  8. project: PSE115: Comparative analysis of the human and mouse placental transcriptome and proteome
  9. project comment: Data obtained from Peptidome PSM1064. Human villous trees from a normal placenta delivered by cesarean section at term (~38 weeks) were dissected and washed in PBS. Tissue was divided for organellar fractionation and RNA extraction as described above (see SI Materials and methods for details). IK_021206_h_placenta_MitoII2
18. GPM10100701555
peptide
model
gel
aaa
go
mh
3323
  1. BRENDA cell culture: none
  2. BRENDA tissue: BTO:0001078  placenta
  3. CELL cell type: none
  4. GO subcellular: none
  5. email:
  6. institution: HSCRI, Toronto, Ontario
  7. name: Brian Cox, Thomas Kislinger, Andreas I Evangelou, S. L Adamson, Janet Rossant, Vladimir Ignatchenko, Alex Ignatchenko
  8. project: PSE115: Comparative analysis of the human and mouse placental transcriptome and proteome
  9. project comment: Data obtained from Peptidome PSM1064. Human villous trees from a normal placenta delivered by cesarean section at term (~38 weeks) were dissected and washed in PBS. Tissue was divided for organellar fractionation and RNA extraction as described above (see SI Materials and methods for details). IK_011206_h_placenta_MitoII1
19. GPM10100701556
peptide
model
gel
aaa
go
mh
2883
  1. BRENDA cell culture: none
  2. BRENDA tissue: BTO:0001078  placenta
  3. CELL cell type: none
  4. GO subcellular: none
  5. email:
  6. institution: HSCRI, Toronto, Ontario
  7. name: Brian Cox, Thomas Kislinger, Andreas I Evangelou, S. L Adamson, Janet Rossant, Vladimir Ignatchenko, Alex Ignatchenko
  8. project: PSE115: Comparative analysis of the human and mouse placental transcriptome and proteome
  9. project comment: Data obtained from Peptidome PSM1064. Human villous trees from a normal placenta delivered by cesarean section at term (~38 weeks) were dissected and washed in PBS. Tissue was divided for organellar fractionation and RNA extraction as described above (see SI Materials and methods for details). IK_030107_h_placenta_NucII3
20. GPM10100701557
peptide
model
gel
aaa
go
mh
3237
  1. BRENDA cell culture: none
  2. BRENDA tissue: BTO:0001078  placenta
  3. CELL cell type: none
  4. GO subcellular: none
  5. email:
  6. institution: HSCRI, Toronto, Ontario
  7. name: Brian Cox, Thomas Kislinger, Andreas I Evangelou, S. L Adamson, Janet Rossant, Vladimir Ignatchenko, Alex Ignatchenko
  8. project: PSE115: Comparative analysis of the human and mouse placental transcriptome and proteome
  9. project comment: Data obtained from Peptidome PSM1064. Human villous trees from a normal placenta delivered by cesarean section at term (~38 weeks) were dissected and washed in PBS. Tissue was divided for organellar fractionation and RNA extraction as described above (see SI Materials and methods for details). IK_021206_h_placenta_MitoII2

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Key word(s): PSM1064
Total protein ids = 447718
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dblist_gpmnotes.pl, v. 2010.07.06