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Hepatocellular carcinoma mutation landscape

How often each gene is altered in hepatocellular carcinoma, in each sequenced cohort, over the patients on whom it could have been called. Copy number is its own row. Nothing is pooled.

Retrieved 2026-09-28 · Reference cohort: lihc_tcga_pan_can_atlas_2018 · JSON: /disease/hepatocellular-carcinoma/mutations.json · Back to the briefing

Answer block

In Liver Hepatocellular Carcinoma (TCGA, PanCancer Atlas) (366 sequenced patients, exome or genome), the most frequently altered of the 47 genes shown are TP53 29.51%, CTNNB1 25.96%, ALB 12.84%, CACNA1E 7.9% (amplification), ARID1A 7.65%. Each figure divides by the patients on whom that gene could be called.

2 of 366 patients are hypermutated (more than 790 non-silent mutations, ten times the cohort median of 79); every gene's frequency without them is beside the headline.

Of the briefing's 11 curated targets, 3 are altered in under 2% of this cohort (FGFR4, KDR, GPC3): targets by expression, dependency or drug label, not by mutation. Frequency is not targetability, in either direction.

3 cohorts are shown and none are pooled; overlap between them has not been checked and there is no disease-wide percentage.

Evidence boundary: frequency here is a count in a named cohort. Whether an alteration is a driver, is actionable, or has a drug is the briefing's question and is not inferred from these numbers.

What is altered, by cohort

One row per alteration, not per gene: a gene that is amplified and rarely mutated (ERBB2, MYCN, EGFR) gets a row for each. Every cell divides by its own denominator — the patients in that cohort on whom that gene could be called. Copy-number rows are shown only where at least one cohort reaches 2%.

Alterationlihc_tcga_pan_can_atlas_2018
366 pts · exome or genome
hcc_inserm_fr_2015
243 pts · exome or genome
hcc_msk_2024
1370 pts · targeted panel
TERT SNV / small indel0.55%2/36657.2%139/24316.42%225/1370
TERT promoter·56.79%138/24316.13%221/1370
TERT amplification5.45%20/367·1.75%24/1370
TP53 SNV / small indel29.51%108/36622.22%54/24334.01%466/1370
TP53 deep deletion2.45%9/367·0.66%9/1370
CTNNB1 SNV / small indel25.96%95/36636.21%88/2439.64%132/1370
AXIN1 SNV / small indel6.83%25/3668.64%21/2432.85%39/1370
ARID1A SNV / small indel7.65%28/3669.88%24/24316.5%226/1370
MET SNV / small indel0.55%2/3660.41%1/2430.73%10/1370
MET amplification2.45%9/367·1.31%18/1370
FGF19 SNV / small indel0%0.41%1/2430.15%2/1370
FGF19 amplification6.81%25/367·4.38%60/1370
FGFR4 SNV / small indel1.09%4/3660.41%1/2430.36%5/1370
KDR SNV / small indel1.91%7/3660.82%2/2431.31%18/1370
VEGFA SNV / small indel0%0%0.23%3/1284
VEGFA amplification6.54%24/367·1.61%22/1370
GPC3 SNV / small indel0.55%2/3660.41%1/243·
ALB SNV / small indel12.84%47/36610.7%26/2438.14%18/221
CACNA1E SNV / small indel7.65%28/3662.47%6/243·
CACNA1E amplification7.9%29/367·0%
PRKDC SNV / small indel6.01%22/3662.06%5/243·
PRKDC amplification5.45%20/367·0%
DOCK2 SNV / small indel6.01%22/3663.7%9/243·
WDR87 SNV / small indel5.46%20/3662.47%6/243·
SDK1 SNV / small indel5.46%20/3663.29%8/243·
HERC2 SNV / small indel5.46%20/3662.88%7/243·
FRAS1 SNV / small indel5.46%20/3665.35%13/243·
BAP1 SNV / small indel5.46%20/3661.65%4/2438.54%117/1370
RB1 SNV / small indel5.19%19/3663.29%8/2433.21%44/1370
RB1 deep deletion5.18%19/367·1.24%17/1370
PCDH15 SNV / small indel5.19%19/3666.17%15/243·
LRP1 SNV / small indel5.19%19/3662.47%6/243·
KMT2D SNV / small indel5.19%19/3665.76%14/2434.67%64/1370
FREM2 SNV / small indel5.19%19/3662.88%7/243·
FASN SNV / small indel5.19%19/3663.7%9/243·
FASN amplification4.9%18/367·0%
BIRC6 SNV / small indel5.19%19/3663.7%9/243·
ARID2 SNV / small indel5.19%19/3666.17%15/2434.89%67/1370
UNC80 SNV / small indel4.92%18/3663.29%8/243·
PRUNE2 SNV / small indel4.92%18/3663.7%9/243·
PREX2 SNV / small indel4.92%18/3664.94%12/2433.51%35/998
PREX2 amplification6.54%24/367·1.02%14/1370
NBEA SNV / small indel4.92%18/3663.7%9/243·
LAMA1 SNV / small indel4.92%18/3663.29%8/243·
KEAP1 SNV / small indel4.92%18/3663.7%9/2431.9%26/1370
HTT SNV / small indel4.92%18/3660.82%2/243·
EYS SNV / small indel4.92%18/3662.06%5/243·
EYS amplification3.81%14/367·0%
DCHS1 SNV / small indel4.92%18/3662.88%7/243·
COL6A6 SNV / small indel4.92%18/3661.23%3/243·
ABCA12 SNV / small indel4.92%18/3661.23%3/243·
PTPRQ SNV / small indel4.64%17/3662.88%7/243·
PKHD1 SNV / small indel4.64%17/3663.7%9/243·
PKHD1 amplification2.18%8/367·0%
MYT1L SNV / small indel4.64%17/3661.23%3/243·
KMT2C SNV / small indel4.64%17/3662.47%6/2435.04%69/1370
FAT2 SNV / small indel4.64%17/3662.88%7/243·
LRRIQ1 SNV / small indel4.37%16/3662.88%7/243·
FMN2 SNV / small indel4.37%16/3661.65%4/243·
FMN2 amplification6.27%23/367·0%
FCGBP SNV / small indel4.37%16/3663.29%8/243·

observed — shade scales with frequency, full at 30% assayed, none found not on this cohort's panel cohort not readable

Key findings

TP53 is mutated in 108 of 366 patients in Liver Hepatocellular Carcinoma (TCGA, PanCancer Atlas).
Numerator: 108 · Denominator: 366 · Frequency: 29.51% · Observed in 3 cohorts · Confidence: moderate · Source: lihc_tcga_pan_can_atlas_2018 · Retrieved: 2026-09-28

CTNNB1 is mutated in 95 of 366 patients in Liver Hepatocellular Carcinoma (TCGA, PanCancer Atlas).
Numerator: 95 · Denominator: 366 · Frequency: 25.96% · Observed in 3 cohorts · Confidence: moderate · Source: lihc_tcga_pan_can_atlas_2018 · Retrieved: 2026-09-28

ALB is mutated in 47 of 366 patients in Liver Hepatocellular Carcinoma (TCGA, PanCancer Atlas).
Numerator: 47 · Denominator: 366 · Frequency: 12.84% · Observed in 3 cohorts · Confidence: moderate · Source: lihc_tcga_pan_can_atlas_2018 · Retrieved: 2026-09-28

Gene table — reference cohort

TERT: The headline is coding change only: Liver Hepatocellular Carcinoma (TCGA, PanCancer Atlas) reports no promoter calls, and whole-exome sequencing does not cover the TERT promoter. Where it is assayed the figure is 138/243 (56.79%) in Hepatocellular Carcinomas (INSERM, Nat Genet 2015). The two are not pooled and the headline is not adjusted.

Headline values are from the reference cohort, lihc_tcga_pan_can_atlas_2018; the matrix above keeps every cohort separate. "Curated" marks a gene the disease briefing lists as a target; the rest are here because they are among the most frequently mutated genes in the reference cohort. Recurrent changes are the reference cohort's commonest protein changes.

FDA biomarker marks a gene the FDA recognises as a biomarker of response to an approved drug; FDA, tumour-agnostic marks the five that apply whatever the primary site. Hover for the drug, the tumour type and the year. This is level 1 only, United States only, and frozen at November 2022 — a dash means the gene was not FDA-recognised on that date, not that it is undruggable, and not that no trial exists. The frequency beside it is how often the gene is altered in this disease, which is a different question from whether these patients are eligible for the drug. Source: Quantifying the Expanding Landscape of Clinical Actionability for Patients with Cancer. Cancer Discovery 2024;14(1):49-65. doi:10.1158/2159-8290.CD-23-0467, Table 1

GeneFDA statusWhy listedLargest alterationAltered / testedFrequencyWithout hypermutatedCohorts observedRange across cohortsRecurrent changes
TERT — curated target amplification 20 / 367 5.45% mutation 0.55%coding only 0.55% 3 / 3 0.55–57.2% V741L (n=1), K236T (n=1)
TP53 — curated target SNV / small indel 108 / 366 29.51% 29.12% 3 / 3 22.22–34.01% R249S (n=11), H193R (n=4), X126_splice (n=3), V157F (n=3), R248Q (n=3)
CTNNB1 — curated target SNV / small indel 95 / 366 25.96% 25.82% 3 / 3 9.64–36.21% S45P (n=11), D32G (n=7), K335I (n=6), S33C (n=6), T41A (n=5)
AXIN1 — curated target SNV / small indel 25 / 366 6.83% 6.87% 3 / 3 2.85–8.64% X340_splice (n=2), X293_splice (n=1), S225Pfs*17 (n=1), L471Pfs*120 (n=1), W635* (n=1)
ARID1A — curated target SNV / small indel 28 / 366 7.65% 7.69% 3 / 3 7.65–16.5% P728Qfs*87 (n=2), Q1142* (n=2), A1687Dfs*2 (n=1), Q1974Tfs*43 (n=1), A2234Gfs*34 (n=1)
MET FDA biomarker2020 · 2 drugs curated target amplification 9 / 367 2.45% mutation 0.55% 0.55% 3 / 3 0.41–0.73% H1238L (n=1), S22I (n=1)
FGF19 — curated target amplification 25 / 367 6.81% mutation 0.0% 0.0% 2 / 3 0.0–0.41% none recurrent
FGFR4 — curated target SNV / small indel 4 / 366 1.09% 0.82% 3 / 3 0.36–1.09% R437C (n=1), L467M (n=1), S377F (n=1), R196H (n=1)
KDR — curated target SNV / small indel 7 / 366 1.91% 1.65% 3 / 3 0.82–1.91% D433Y (n=1), Y1319* (n=1), G800R (n=1), I456M (n=1), A352S (n=1)
VEGFA — curated target amplification 24 / 367 6.54% mutation 0.0% 0.0% 1 / 3 0.0–0.23% none recurrent
GPC3 — curated target deep deletion 7 / 367 1.91% mutation 0.55% 0.55% 2 / 3 0.41–0.55% K347N (n=1), K206N (n=1)
ALB — by frequency SNV / small indel 47 / 366 12.84% 12.91% 3 / 3 8.14–12.84% X161_splice (n=5), X476_splice (n=3), V448Cfs*16 (n=2), R221Tfs*30 (n=2), A374S (n=1)
CACNA1E — by frequency amplification 29 / 367 7.9% mutation 7.65% 7.14% 2 / 3 2.47–7.65% N255I (n=2), N1357S (n=1), V1409A (n=1), R378H (n=1), P2144L (n=1)
PRKDC — by frequency SNV / small indel 22 / 366 6.01% 5.77% 2 / 3 2.06–6.01% X270_splice (n=2), W601C (n=1), R2728L (n=1), K1074* (n=1), D3756V (n=1)
DOCK2 — by frequency SNV / small indel 22 / 366 6.01% 5.49% 2 / 3 3.7–6.01% Y1555* (n=1), Y257H (n=1), Q996* (n=1), R1446W (n=1), Q878K (n=1)
WDR87 — by frequency SNV / small indel 20 / 366 5.46% 5.22% 2 / 3 2.47–5.46% E1898* (n=2), Q1897H (n=2), I2076M (n=1), R2437Sfs*6 (n=1), P2389H (n=1)
SDK1 — by frequency SNV / small indel 20 / 366 5.46% 5.49% 2 / 3 3.29–5.46% G653A (n=1), L568F (n=1), L1483H (n=1), A847G (n=1), R168H (n=1)
HERC2 — by frequency SNV / small indel 20 / 366 5.46% 5.49% 2 / 3 2.88–5.46% G2804C (n=1), E3307K (n=1), A4155V (n=1), K2304* (n=1), S2548R (n=1)
FRAS1 — by frequency SNV / small indel 20 / 366 5.46% 5.22% 2 / 3 5.35–5.46% Q1411* (n=1), P3679L (n=1), E393G (n=1), X2344_splice (n=1), S3118F (n=1)
BAP1 — by frequency SNV / small indel 20 / 366 5.46% 5.49% 3 / 3 1.65–8.54% W202L (n=1), A359Tfs*68 (n=1), X662_splice (n=1), M115Rfs*9 (n=1), P235_R237del (n=1)
RB1 — by frequency SNV / small indel 19 / 366 5.19% 4.95% 3 / 3 3.21–5.19% N399Kfs*7 (n=2), N290Kfs*20 (n=1), V759_L769del (n=1), I66K (n=1), P67A (n=1)
PCDH15 — by frequency SNV / small indel 19 / 366 5.19% 5.22% 2 / 3 5.19–6.17% R1514Q (n=1), G655* (n=1), Q401E (n=1), E294* (n=1), R683C (n=1)
LRP1 — by frequency SNV / small indel 19 / 366 5.19% 4.95% 2 / 3 2.47–5.19% G1431C (n=2), T4331S (n=1), A1009D (n=1), T778Lfs*2 (n=1), S1997F (n=1)
KMT2D — by frequency SNV / small indel 19 / 366 5.19% 4.67% 3 / 3 4.67–5.76% E541K (n=1), R3547H (n=1), S3Tfs*4 (n=1), D3039G (n=1), E4418Nfs*14 (n=1)
FREM2 — by frequency SNV / small indel 19 / 366 5.19% 4.95% 2 / 3 2.88–5.19% D1333H (n=2), E1192* (n=2), G5R (n=1), P1903L (n=1), E1610Q (n=1)
FASN — by frequency SNV / small indel 19 / 366 5.19% 5.22% 2 / 3 3.7–5.19% F146S (n=2), I1057V (n=1), E1136D (n=1), G102E (n=1), E660* (n=1)
BIRC6 — by frequency SNV / small indel 19 / 366 5.19% 4.67% 2 / 3 3.7–5.19% F4598V (n=1), V2162A (n=1), R3939K (n=1), I242* (n=1), E550* (n=1)
ARID2 — by frequency SNV / small indel 19 / 366 5.19% 5.22% 3 / 3 4.89–6.17% L370* (n=1), P1487Qfs*25 (n=1), X1592_splice (n=1), N309Y (n=1), C1667* (n=1)
UNC80 — by frequency SNV / small indel 18 / 366 4.92% 4.67% 2 / 3 3.29–4.92% G1551R (n=1), L1568S (n=1), S630I (n=1), S2414R (n=1), H1014L (n=1)
PRUNE2 — by frequency SNV / small indel 18 / 366 4.92% 4.67% 2 / 3 3.7–4.92% P3045Qfs*11 (n=1), W919R (n=1), S576I (n=1), G1492V (n=1), Y1088S (n=1)
PREX2 — by frequency amplification 24 / 367 6.54% mutation 4.92% 4.67% 3 / 3 3.51–4.94% L1162I (n=1), R363Q (n=1), I925N (n=1), A1467S (n=1), E121Q (n=1)
NBEA — by frequency SNV / small indel 18 / 366 4.92% 4.67% 2 / 3 3.7–4.92% D2673Rfs*17 (n=2), R1580H (n=2), Y917C (n=2), N1950Y (n=1), F403C (n=1)
LAMA1 — by frequency SNV / small indel 18 / 366 4.92% 4.95% 2 / 3 3.29–4.92% Y2845H (n=1), S2615N (n=1), A880D (n=1), A989D (n=1), X2392_splice (n=1)
KEAP1 — by frequency SNV / small indel 18 / 366 4.92% 4.95% 3 / 3 1.9–4.92% L355Sfs*37 (n=1), V152G (n=1), S592G (n=1), G186S (n=1), P278L (n=1)
HTT — by frequency SNV / small indel 18 / 366 4.92% 4.67% 2 / 3 0.82–4.92% Q3085H (n=1), T3026A (n=1), G3081A (n=1), W2623L (n=1), Q2030Afs*43 (n=1)
EYS — by frequency SNV / small indel 18 / 366 4.92% 4.67% 2 / 3 2.06–4.92% A1497D (n=1), N2484D (n=1), I1328F (n=1), R1252I (n=1), Q677* (n=1)
DCHS1 — by frequency SNV / small indel 18 / 366 4.92% 4.67% 2 / 3 2.88–4.92% C3193F (n=2), R112W (n=1), A3262P (n=1), R719L (n=1), P2857H (n=1)
COL6A6 — by frequency SNV / small indel 18 / 366 4.92% 4.67% 2 / 3 1.23–4.92% K617R (n=2), V663L (n=1), C539R (n=1), A1861E (n=1), M959R (n=1)
ABCA12 — by frequency SNV / small indel 18 / 366 4.92% 4.4% 2 / 3 1.23–4.92% G1614E (n=2), T1842S (n=1), P1288L (n=1), S1064I (n=1), S230T (n=1)
PTPRQ — by frequency SNV / small indel 17 / 366 4.64% 4.4% 2 / 3 2.88–4.64% E1621Q (n=2), V1701I (n=1), I1839N (n=1), D1253Y (n=1), S490R (n=1)
PKHD1 — by frequency SNV / small indel 17 / 366 4.64% 4.4% 2 / 3 3.7–4.64% P1258R (n=1), I3909M (n=1), I2539T (n=1), V595F (n=1), N977D (n=1)
MYT1L — by frequency SNV / small indel 17 / 366 4.64% 4.67% 2 / 3 1.23–4.64% R358C (n=1), N1134S (n=1), G1045R (n=1), E27* (n=1), D119E (n=1)
KMT2C — by frequency SNV / small indel 17 / 366 4.64% 4.67% 3 / 3 2.47–5.04% V9M (n=1), *4912Lext*36 (n=1), E1623* (n=1), H367D (n=1), C310F (n=1)
FAT2 — by frequency SNV / small indel 17 / 366 4.64% 4.4% 2 / 3 2.88–4.64% D882G (n=1), I138S (n=1), R1006S (n=1), L1514F (n=1), X1316_splice (n=1)
LRRIQ1 — by frequency SNV / small indel 16 / 366 4.37% 4.4% 2 / 3 2.88–4.37% R491Tfs*14 (n=1), I1474F (n=1), K1335E (n=1), S618L (n=1), S1466* (n=1)
FMN2 — by frequency amplification 23 / 367 6.27% mutation 4.37% 4.4% 2 / 3 1.65–4.37% P909S (n=1), A357V (n=1), A526V (n=1), X663_splice (n=1), I1074L (n=1)
FCGBP — by frequency SNV / small indel 16 / 366 4.37% 4.4% 2 / 3 3.29–4.37% R5150H (n=1), C3889F (n=1), G312V (n=1), G805C (n=1), L3740M (n=1)

Cohorts

Listed in the disease profile, not searched: a name search returns the same patients under several accessions. Patients are unique patient ids in the study's sequenced sample list. Hypermutated: more than ten times the cohort's median non-silent mutations per sample, and at least 100.

CohortAccessionPatientsSamples sequenced / in studyAssayPanels (samples)BuildProfiles readHypermutated patientsMedian mutations / sample
Liver Hepatocellular Carcinoma (TCGA, PanCancer Atlas) reference
Liver Hepatocellular Carcinoma (TCGA, PanCancer Atlas)
lihc_tcga_pan_can_atlas_2018366 observed366 / 372exome or genomeWES (366)hg19SNV, small indel, amplification, deep deletion, structural variant (profile present, not read)279.0
Hepatocellular Carcinomas (INSERM, Nat Genet 2015)
Hepatocellular Carcinomas (INSERM, Nat Genet 2015)
hcc_inserm_fr_2015243 observed243 / 243exome or genomeWES (243)hg19SNV, small indel161
Hepatocellular Carcinoma (MSK, Clin Cancer Res 2024)
Hepatocellular Carcinoma (MSK, Clin Cancer Res 2024)
hcc_msk_20241370 observed1370 / 1370targeted panelIMPACT468 (777), IMPACT410 (286), IMPACT505 (221), IMPACT341 (86)hg19SNV, small indel, amplification, deep deletion, structural variant (profile present, not read)03.0

Copy-number events

Discrete calls from each study's copy-number profile: 2 is high-level amplification, −2 deep deletion. Gains and shallow losses are not counted. Denominators are the cohort's copy-number sample list, which differs from its sequenced list. Rows at 2% or more.

GeneEventObserved patientsTested patientsFrequencyCohortProfile
CACNA1Eamplification293677.9%lihc_tcga_pan_can_atlas_2018lihc_tcga_pan_can_atlas_2018_gistic
FGF19amplification253676.81%lihc_tcga_pan_can_atlas_2018lihc_tcga_pan_can_atlas_2018_gistic
VEGFAamplification243676.54%lihc_tcga_pan_can_atlas_2018lihc_tcga_pan_can_atlas_2018_gistic
PREX2amplification243676.54%lihc_tcga_pan_can_atlas_2018lihc_tcga_pan_can_atlas_2018_gistic
FMN2amplification233676.27%lihc_tcga_pan_can_atlas_2018lihc_tcga_pan_can_atlas_2018_gistic
TERTamplification203675.45%lihc_tcga_pan_can_atlas_2018lihc_tcga_pan_can_atlas_2018_gistic
PRKDCamplification203675.45%lihc_tcga_pan_can_atlas_2018lihc_tcga_pan_can_atlas_2018_gistic
RB1deep deletion193675.18%lihc_tcga_pan_can_atlas_2018lihc_tcga_pan_can_atlas_2018_gistic
FASNamplification183674.9%lihc_tcga_pan_can_atlas_2018lihc_tcga_pan_can_atlas_2018_gistic
FGF19amplification6013704.38%hcc_msk_2024hcc_msk_2024_cna
EYSamplification143673.81%lihc_tcga_pan_can_atlas_2018lihc_tcga_pan_can_atlas_2018_gistic
TP53deep deletion93672.45%lihc_tcga_pan_can_atlas_2018lihc_tcga_pan_can_atlas_2018_gistic
METamplification93672.45%lihc_tcga_pan_can_atlas_2018lihc_tcga_pan_can_atlas_2018_gistic
PKHD1amplification83672.18%lihc_tcga_pan_can_atlas_2018lihc_tcga_pan_can_atlas_2018_gistic

Cohort-aware frequencies

Each row is calculated from unique patients in that study's sequenced sample list. The range is descriptive; no pooled estimate is shown because cross-study overlap and assay comparability have not been checked.

GeneRangePer cohort (altered / tested)
TERT0.55–57.2%lihc_tcga_pan_can_atlas_2018: 2/366 (0.55%) · hcc_inserm_fr_2015: 139/243 (57.2%) · hcc_msk_2024: 225/1370 (16.42%)
TP5322.22–34.01%lihc_tcga_pan_can_atlas_2018: 108/366 (29.51%) · hcc_inserm_fr_2015: 54/243 (22.22%) · hcc_msk_2024: 466/1370 (34.01%)
CTNNB19.64–36.21%lihc_tcga_pan_can_atlas_2018: 95/366 (25.96%) · hcc_inserm_fr_2015: 88/243 (36.21%) · hcc_msk_2024: 132/1370 (9.64%)
AXIN12.85–8.64%lihc_tcga_pan_can_atlas_2018: 25/366 (6.83%) · hcc_inserm_fr_2015: 21/243 (8.64%) · hcc_msk_2024: 39/1370 (2.85%)
ARID1A7.65–16.5%lihc_tcga_pan_can_atlas_2018: 28/366 (7.65%) · hcc_inserm_fr_2015: 24/243 (9.88%) · hcc_msk_2024: 226/1370 (16.5%)
MET0.41–0.73%lihc_tcga_pan_can_atlas_2018: 2/366 (0.55%) · hcc_inserm_fr_2015: 1/243 (0.41%) · hcc_msk_2024: 10/1370 (0.73%)
FGF190.0–0.41%lihc_tcga_pan_can_atlas_2018: 0/366 (0.0%) · hcc_inserm_fr_2015: 1/243 (0.41%) · hcc_msk_2024: 2/1370 (0.15%)
FGFR40.36–1.09%lihc_tcga_pan_can_atlas_2018: 4/366 (1.09%) · hcc_inserm_fr_2015: 1/243 (0.41%) · hcc_msk_2024: 5/1370 (0.36%)
KDR0.82–1.91%lihc_tcga_pan_can_atlas_2018: 7/366 (1.91%) · hcc_inserm_fr_2015: 2/243 (0.82%) · hcc_msk_2024: 18/1370 (1.31%)
VEGFA0.0–0.23%lihc_tcga_pan_can_atlas_2018: 0/366 (0.0%) · hcc_inserm_fr_2015: 0/243 (0.0%) · hcc_msk_2024: 3/1284 (0.23%)
GPC30.41–0.55%lihc_tcga_pan_can_atlas_2018: 2/366 (0.55%) · hcc_inserm_fr_2015: 1/243 (0.41%) · hcc_msk_2024: not assayed
ALB8.14–12.84%lihc_tcga_pan_can_atlas_2018: 47/366 (12.84%) · hcc_inserm_fr_2015: 26/243 (10.7%) · hcc_msk_2024: 18/221 (8.14%)
CACNA1E2.47–7.65%lihc_tcga_pan_can_atlas_2018: 28/366 (7.65%) · hcc_inserm_fr_2015: 6/243 (2.47%) · hcc_msk_2024: not assayed
PRKDC2.06–6.01%lihc_tcga_pan_can_atlas_2018: 22/366 (6.01%) · hcc_inserm_fr_2015: 5/243 (2.06%) · hcc_msk_2024: not assayed
DOCK23.7–6.01%lihc_tcga_pan_can_atlas_2018: 22/366 (6.01%) · hcc_inserm_fr_2015: 9/243 (3.7%) · hcc_msk_2024: not assayed
WDR872.47–5.46%lihc_tcga_pan_can_atlas_2018: 20/366 (5.46%) · hcc_inserm_fr_2015: 6/243 (2.47%) · hcc_msk_2024: not assayed
SDK13.29–5.46%lihc_tcga_pan_can_atlas_2018: 20/366 (5.46%) · hcc_inserm_fr_2015: 8/243 (3.29%) · hcc_msk_2024: not assayed
HERC22.88–5.46%lihc_tcga_pan_can_atlas_2018: 20/366 (5.46%) · hcc_inserm_fr_2015: 7/243 (2.88%) · hcc_msk_2024: not assayed
FRAS15.35–5.46%lihc_tcga_pan_can_atlas_2018: 20/366 (5.46%) · hcc_inserm_fr_2015: 13/243 (5.35%) · hcc_msk_2024: not assayed
BAP11.65–8.54%lihc_tcga_pan_can_atlas_2018: 20/366 (5.46%) · hcc_inserm_fr_2015: 4/243 (1.65%) · hcc_msk_2024: 117/1370 (8.54%)
RB13.21–5.19%lihc_tcga_pan_can_atlas_2018: 19/366 (5.19%) · hcc_inserm_fr_2015: 8/243 (3.29%) · hcc_msk_2024: 44/1370 (3.21%)
PCDH155.19–6.17%lihc_tcga_pan_can_atlas_2018: 19/366 (5.19%) · hcc_inserm_fr_2015: 15/243 (6.17%) · hcc_msk_2024: not assayed
LRP12.47–5.19%lihc_tcga_pan_can_atlas_2018: 19/366 (5.19%) · hcc_inserm_fr_2015: 6/243 (2.47%) · hcc_msk_2024: not assayed
KMT2D4.67–5.76%lihc_tcga_pan_can_atlas_2018: 19/366 (5.19%) · hcc_inserm_fr_2015: 14/243 (5.76%) · hcc_msk_2024: 64/1370 (4.67%)
FREM22.88–5.19%lihc_tcga_pan_can_atlas_2018: 19/366 (5.19%) · hcc_inserm_fr_2015: 7/243 (2.88%) · hcc_msk_2024: not assayed
FASN3.7–5.19%lihc_tcga_pan_can_atlas_2018: 19/366 (5.19%) · hcc_inserm_fr_2015: 9/243 (3.7%) · hcc_msk_2024: not assayed
BIRC63.7–5.19%lihc_tcga_pan_can_atlas_2018: 19/366 (5.19%) · hcc_inserm_fr_2015: 9/243 (3.7%) · hcc_msk_2024: not assayed
ARID24.89–6.17%lihc_tcga_pan_can_atlas_2018: 19/366 (5.19%) · hcc_inserm_fr_2015: 15/243 (6.17%) · hcc_msk_2024: 67/1370 (4.89%)
UNC803.29–4.92%lihc_tcga_pan_can_atlas_2018: 18/366 (4.92%) · hcc_inserm_fr_2015: 8/243 (3.29%) · hcc_msk_2024: not assayed
PRUNE23.7–4.92%lihc_tcga_pan_can_atlas_2018: 18/366 (4.92%) · hcc_inserm_fr_2015: 9/243 (3.7%) · hcc_msk_2024: not assayed
PREX23.51–4.94%lihc_tcga_pan_can_atlas_2018: 18/366 (4.92%) · hcc_inserm_fr_2015: 12/243 (4.94%) · hcc_msk_2024: 35/998 (3.51%)
NBEA3.7–4.92%lihc_tcga_pan_can_atlas_2018: 18/366 (4.92%) · hcc_inserm_fr_2015: 9/243 (3.7%) · hcc_msk_2024: not assayed
LAMA13.29–4.92%lihc_tcga_pan_can_atlas_2018: 18/366 (4.92%) · hcc_inserm_fr_2015: 8/243 (3.29%) · hcc_msk_2024: not assayed
KEAP11.9–4.92%lihc_tcga_pan_can_atlas_2018: 18/366 (4.92%) · hcc_inserm_fr_2015: 9/243 (3.7%) · hcc_msk_2024: 26/1370 (1.9%)
HTT0.82–4.92%lihc_tcga_pan_can_atlas_2018: 18/366 (4.92%) · hcc_inserm_fr_2015: 2/243 (0.82%) · hcc_msk_2024: not assayed
EYS2.06–4.92%lihc_tcga_pan_can_atlas_2018: 18/366 (4.92%) · hcc_inserm_fr_2015: 5/243 (2.06%) · hcc_msk_2024: not assayed
DCHS12.88–4.92%lihc_tcga_pan_can_atlas_2018: 18/366 (4.92%) · hcc_inserm_fr_2015: 7/243 (2.88%) · hcc_msk_2024: not assayed
COL6A61.23–4.92%lihc_tcga_pan_can_atlas_2018: 18/366 (4.92%) · hcc_inserm_fr_2015: 3/243 (1.23%) · hcc_msk_2024: not assayed
ABCA121.23–4.92%lihc_tcga_pan_can_atlas_2018: 18/366 (4.92%) · hcc_inserm_fr_2015: 3/243 (1.23%) · hcc_msk_2024: not assayed
PTPRQ2.88–4.64%lihc_tcga_pan_can_atlas_2018: 17/366 (4.64%) · hcc_inserm_fr_2015: 7/243 (2.88%) · hcc_msk_2024: not assayed
PKHD13.7–4.64%lihc_tcga_pan_can_atlas_2018: 17/366 (4.64%) · hcc_inserm_fr_2015: 9/243 (3.7%) · hcc_msk_2024: not assayed
MYT1L1.23–4.64%lihc_tcga_pan_can_atlas_2018: 17/366 (4.64%) · hcc_inserm_fr_2015: 3/243 (1.23%) · hcc_msk_2024: not assayed
KMT2C2.47–5.04%lihc_tcga_pan_can_atlas_2018: 17/366 (4.64%) · hcc_inserm_fr_2015: 6/243 (2.47%) · hcc_msk_2024: 69/1370 (5.04%)
FAT22.88–4.64%lihc_tcga_pan_can_atlas_2018: 17/366 (4.64%) · hcc_inserm_fr_2015: 7/243 (2.88%) · hcc_msk_2024: not assayed
LRRIQ12.88–4.37%lihc_tcga_pan_can_atlas_2018: 16/366 (4.37%) · hcc_inserm_fr_2015: 7/243 (2.88%) · hcc_msk_2024: not assayed
FMN21.65–4.37%lihc_tcga_pan_can_atlas_2018: 16/366 (4.37%) · hcc_inserm_fr_2015: 4/243 (1.65%) · hcc_msk_2024: not assayed
FCGBP3.29–4.37%lihc_tcga_pan_can_atlas_2018: 16/366 (4.37%) · hcc_inserm_fr_2015: 8/243 (3.29%) · hcc_msk_2024: not assayed

What this page does not do

Structural variants
Read the structural-variant profiles the studies carry; fusions are the defining event in several of these diseases.

Context
Stage, subtype, age and treatment line are not attached to any count; the cohorts differ on all four.

Interpretation
Activating versus inactivating, actionable versus not, and evidence level are not inferred here; the briefing's target table carries the drug and trial facts.

Limitations

How a machine should read this page

  1. Denominators: every frequency divides by the patients in one named cohort on whom the gene could be called; there is no disease-wide figure.
  2. Missing values: not_assayed (the panel did not carry the gene), not_observed (assayed, none found) and not_evaluable (the cohort could not be read) are three different facts and are never converted to zero.
  3. Counting: patients, not samples; several samples from one patient count once. Non-silent calls only.
  4. Copy number: a separate assay with a separate roster; discrete calls at ±2 only.
  5. Hypermutation: flagged per cohort; the headline keeps all patients and the frequency without them is reported beside it.
  6. Provenance: every value carries the study id, the retrieval date and the processing version; the source is the cBioPortal public API.

Machine endpoints: full landscape · genes · cohorts · the disease's own facts: /disease/hepatocellular-carcinoma.json.

Built by the BioTransfer briefings pipeline from the cBioPortal public API. The neuroblastoma page was assembled by hand and set the rules this page follows; how these are built.