We use cookies to enhance the usability of our website. If you continue, we'll assume that you are happy to receive all cookies. More information. Don't show this again.
KRIT1
HPA
RESOURCES
  • TISSUE
  • BRAIN
  • SINGLE CELL
  • SUBCELLULAR
  • CANCER
  • BLOOD
  • CELL LINE
  • STRUCTURE
  • INTERACTION
ABOUT
  • INTRODUCTION
  • HISTORY
  • ORGANIZATION
  • PUBLICATIONS
  • ACKNOWLEDGMENTS
  • CONTACT
NEWS
  • NEWS ARTICLES
  • PRESS ROOM
LEARN
  • DICTIONARY
  • PROTEIN CLASSES
  • PROTEIN EVIDENCE
  • METHODS
  • EDUCATIONAL VIDEOS
DATA
  • DOWNLOADABLE DATA
  • PUBLICATION DATA
  • RELEASE HISTORY
HELP
  • HELP & FAQ
  • ANTIBODY AVAILABILITY
  • DISCLAIMER
  • PRIVACY STATEMENT
  • LICENCE & CITATION
Fields »
Search result

Field
Term
Gene name
Class
Subclass
Category
Keyword
Chromosome
External id
Tissue
Cell type
Expression
Antibody panel
Tissue
Main location
Patient ID
Annotation
Tissue
Category
Tau score
Cluster
Reliability
Brain region
Category
Tau score
Brain region
Category
Tau score
Brain region
Category
Tau score
Cluster
Reliability
Tissue
Cell type
Enrichment
Cell type
Category
Tau score
Cell type group
Category
Tau score
Cell type
Category
Tau score
Cell type
Category
Tau score
Cell lineage
Category
Tau score
Cluster
Cluster
Location
Searches
Location
Cell line
Class
Type
Phase
Reliability
Cancer
Prognosis
Cancer
Category
Cancer
Category
Tau score
Cluster
Variants
Interacting gene (ensg_id)
Type
Number of interactions
Pathway
ipTM
Category
Category
Category
Category
Validation
Validation
Validation
Validation
Antibodies
Data type
Column


  • SUMMARY

  • TISSUE

  • BRAIN

  • SINGLE CELL

  • SUBCELL

  • CANCER

  • BLOOD

  • CELL LINE

  • STRUCTURE

  • INTERACTION

  • KRIT1
SINGLE CELL MONOCYTES Show tissue menu
B-CELLS DENDRITIC CELLS GRANULOCYTES MONOCYTES NK-CELLS PROGENITORS T-CELLS TOTAL PBMC
Immune cells
Monocytes
Methods
MONOCYTES - Expression summary
RNA expressioni

A summary of mRNA expression data available for current tissue based on several datasets. The mRNA expression levels in human tissues are based on RNA-seq data generated by the Human Protein Atlas HPA, Genotype-Tissue Expression GTEx portal and CAGE data generated by the FANTOM5 consortium. Consensus normalized expression levels for human tissues was created by combining the data from HPA and GTEx datasets. The mRNA expression levels in pig brain are based on RNA-seq data generated by the Human Protein Atlas, and for mouse brain HPA data and in situ hybridization generated by the Allen brain atlas dataset are reported.

Scroll down to view mRNA expression data in more detail.

HPA:2.1 nTPM
Monaco:3.7 nTPM
Schmiedel:26.2 TPM

MONOCYTES - HPA RNA-seqi

The RNA-seq details section shows detailed information about the individual samples used for the transcript profiling and results of the RNA-seq analysis.

Information about each individual sample is listed below. nTPM (normalized transcripts per million) values give a quantification of the gene abundance which is comparable between different genes and samples. Distribution across the dataset is visualized with box plots, shown as median and 25th and 75th percentiles. Points are displayed as outliers if they are above or below 1.5 times the interquartile range. nTPM values of the individual samples are presented next to the box plot.

Max subtype nTPMi

Max subtype nTPM is the value for the subtype that has the largest average nTPM across subtype samples.

2.1
HPA sample nTPM
Classical monocyte
nTPM: 2.1
Samples: 6

Max nTPM: 4.1
Min nTPM: 0.6
P10809_1003 2.9
P10809_1020 1.3
P10809_1039 0.6
P10809_1058 4.1
P10809_1080 2.2
P10809_1107 1.6
Intermediate monocyte
nTPM: 1.5
Samples: 6

Max nTPM: 2.7
Min nTPM: 0.5
P10809_1004 2.7
P10809_1023 2.0
P10809_1042 0.7
P10809_1061 0.5
P10809_1081 1.5
P10809_1108 1.5
Non-classical monocyte
nTPM: 1.3
Samples: 5

Max nTPM: 2.0
Min nTPM: 0.0
P10809_1005 1.1
P10809_1053 1.4
P10809_1072 0.0
P10809_1082 1.9
P10809_1109 2.0

MONOCYTES - Monaco RNA-seqi

RNA-Seq data generated by Monaco et al is reported as average nTPM.

The RNA-seq details section shows detailed information about the individual samples used for the transcript profiling and results of the RNA-seq analysis.

Information about each individual sample is listed below. nTPM (normalized transcripts per million) values give a quantification of the gene abundance which is comparable between different genes and samples. Distribution across the dataset is visualized with box plots, shown as median and 25th and 75th percentiles. Points are displayed as outliers if they are above or below 1.5 times the interquartile range. nTPM values of the individual samples are presented next to the box plot.

Max subtype nTPMi

Max subtype nTPM is the value for the subtype that has the largest average nTPM across subtype samples.

3.7
Monaco sample nTPM
Classical monocyte
nTPM: 3.2
Samples: 4

Max nTPM: 5.2
Min nTPM: 1.7
RHH5313_R3680 2.2
RHH5221_R3593 1.7
RHH5250_R3622 3.7
RHH5279_R3651 5.2
Intermediate monocyte
nTPM: 3.1
Samples: 4

Max nTPM: 5.9
Min nTPM: 0.9
RHH5314_R3681 2.0
RHH5222_R3594 0.9
RHH5251_R3623 5.9
RHH5280_R3652 3.5
Non-classical monocyte
nTPM: 3.7
Samples: 4

Max nTPM: 6.2
Min nTPM: 0.9
RHH5315_R3682 0.9
RHH5223_R3595 3.5
RHH5252_R3624 4.3
RHH5281_R3653 6.2

MONOCYTES - Schmiedel RNA-seqi

RNA-Seq data generated by Schmiedel et al is reported as average TPM.

The RNA-seq details section shows detailed information about the individual samples used for the transcript profiling and results of the RNA-seq analysis.

Information about each individual sample is listed below. TPM (transcripts per million) values give a quantification of the gene abundance which is comparable between different genes and samples. Distribution across the dataset is visualized with box plots, shown as median and 25th and 75th percentiles. Points are displayed as outliers if they are above or below 1.5 times the interquartile range. TPM values of the individual samples are presented next to the box plot.

Max subtype TPMi

Max subtype nTPM is the value for the subtype that has the largest average nTPM across subtype samples.

26.2
Schmiedel sample id TPM
Classical monocyte
TPM: 19.0
Samples: 91

Max TPM: 26.3
Min TPM: 12.5
MONOCYTES_1 26.3
MONOCYTES_2 26.2
MONOCYTES_3 25.2
MONOCYTES_4 25.0
MONOCYTES_5 24.1
MONOCYTES_6 24.0
MONOCYTES_7 23.8
MONOCYTES_8 23.0
MONOCYTES_9 23.0
MONOCYTES_10 22.6
MONOCYTES_11 22.2
MONOCYTES_12 22.2
MONOCYTES_13 21.8
MONOCYTES_14 21.7
MONOCYTES_15 21.7
MONOCYTES_16 21.7
MONOCYTES_17 21.6
MONOCYTES_18 21.6
MONOCYTES_19 21.5
MONOCYTES_20 21.4
MONOCYTES_21 21.4
MONOCYTES_22 21.1
MONOCYTES_23 21.0
MONOCYTES_24 21.0
MONOCYTES_25 21.0
MONOCYTES_26 20.7
MONOCYTES_27 20.7
MONOCYTES_28 20.6
MONOCYTES_29 20.5
MONOCYTES_30 20.4
MONOCYTES_31 20.3
MONOCYTES_32 20.1
MONOCYTES_33 20.1
MONOCYTES_34 19.9
MONOCYTES_35 19.8
MONOCYTES_36 19.8
MONOCYTES_37 19.5
MONOCYTES_38 19.5
MONOCYTES_39 19.3
MONOCYTES_40 19.3
MONOCYTES_41 19.3
MONOCYTES_42 19.3
MONOCYTES_43 19.1
MONOCYTES_44 19.0
MONOCYTES_45 19.0
MONOCYTES_46 18.9
MONOCYTES_47 18.9
MONOCYTES_48 18.9
MONOCYTES_49 18.7
MONOCYTES_50 18.6
MONOCYTES_51 18.4
MONOCYTES_52 18.4
MONOCYTES_53 18.3
MONOCYTES_54 18.3
MONOCYTES_55 18.3
MONOCYTES_56 18.2
MONOCYTES_57 18.1
MONOCYTES_58 17.9
MONOCYTES_59 17.8
MONOCYTES_60 17.7
MONOCYTES_61 17.6
MONOCYTES_62 17.3
MONOCYTES_63 17.3
MONOCYTES_64 17.3
MONOCYTES_65 17.2
MONOCYTES_66 17.1
MONOCYTES_67 16.8
MONOCYTES_68 16.7
MONOCYTES_69 16.7
MONOCYTES_70 16.4
MONOCYTES_71 16.4
MONOCYTES_72 16.3
MONOCYTES_73 16.3
MONOCYTES_74 16.3
MONOCYTES_75 16.2
MONOCYTES_76 16.2
MONOCYTES_77 16.1
MONOCYTES_78 16.1
MONOCYTES_79 16.1
MONOCYTES_80 16.0
MONOCYTES_81 15.8
MONOCYTES_82 15.5
MONOCYTES_83 15.4
MONOCYTES_84 15.3
MONOCYTES_85 14.9
MONOCYTES_86 14.8
MONOCYTES_87 14.6
MONOCYTES_88 14.6
MONOCYTES_89 14.3
MONOCYTES_90 13.8
MONOCYTES_91 12.5
Show allShow less
Non-classical monocyte
TPM: 26.2
Samples: 90

Max TPM: 37.1
Min TPM: 16.5
M2_1 37.1
M2_2 36.3
M2_3 35.2
M2_4 35.2
M2_5 34.1
M2_6 33.8
M2_7 33.6
M2_8 33.5
M2_9 33.2
M2_10 33.2
M2_11 33.2
M2_12 32.8
M2_13 32.7
M2_14 32.5
M2_15 31.2
M2_16 30.8
M2_17 30.8
M2_18 30.5
M2_19 29.3
M2_20 29.3
M2_21 29.0
M2_22 28.8
M2_23 28.5
M2_24 28.1
M2_25 28.0
M2_26 28.0
M2_27 27.7
M2_28 27.6
M2_29 27.3
M2_30 26.9
M2_31 26.9
M2_32 26.6
M2_33 26.4
M2_34 26.3
M2_35 26.2
M2_36 26.2
M2_37 26.2
M2_38 26.1
M2_39 25.9
M2_40 25.8
M2_41 25.8
M2_42 25.7
M2_43 25.6
M2_44 25.5
M2_45 25.5
M2_46 25.5
M2_47 25.4
M2_48 25.3
M2_49 25.3
M2_50 25.2
M2_51 25.1
M2_52 25.0
M2_53 25.0
M2_54 24.7
M2_55 24.6
M2_56 24.5
M2_57 24.3
M2_58 24.2
M2_59 24.2
M2_60 24.1
M2_61 23.9
M2_62 23.8
M2_63 23.7
M2_64 23.7
M2_65 23.5
M2_66 23.3
M2_67 23.3
M2_68 23.1
M2_69 23.0
M2_70 23.0
M2_71 23.0
M2_72 22.9
M2_73 22.8
M2_74 22.8
M2_75 22.5
M2_76 22.4
M2_77 22.4
M2_78 22.0
M2_79 21.8
M2_80 21.6
M2_81 21.5
M2_82 21.5
M2_83 20.6
M2_84 20.5
M2_85 20.5
M2_86 20.4
M2_87 19.8
M2_88 19.3
M2_89 18.9
M2_90 16.5
Show allShow less

Contact

  • NEWS ARTICLES
  • PRESS ROOM

The Project

  • INTRODUCTION
  • ORGANIZATION
  • PUBLICATIONS

The Human Protein Atlas

  • DOWNLOADABLE DATA
  • LICENCE & CITATION
  • HELP & FAQ
KAW logo The Human Protein Atlas project is funded
by the Knut & Alice Wallenberg Foundation.

Facebook logo X logo Bluesky logo Linkedin logo RSS feed logo contact@proteinatlas.org
GCBR logo Elixir core logo SciLifeLab logo Uppsala university logo KI logo KTH logo