Clinical Exome Next Generation Sequencing Test

Clinical Exome Next Generation Sequencing Test

Disease: Genetics

Method: NGS DNA Sequencing

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Sample Types
  • Blood EDTA Tube

20,000.00/- Rs ₹28,000.0028% off

  • Results in : 4 weeks

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Clinical Exome Next Generation Sequencing Test Cost 20000 Rs


Test Name Clinical Exome Next Generation Sequencing Test
Test type Genetician
Pre-test Information Covers 9300 genes associated with known clinical phenotypes Comprehensive coverage for disease subtypes Aids in differential diagnosis Addresses complex phenotypes
Report Delivery 4 weeks
Components Covers 9300 genes associated with known clinical phenotypes
Price ₹ 20000
Method NGS DNA Sequencing

Clinical Exome Next Generation Sequencing Test Details


Short Description

DISORDERS COVERED IN THE CLINICAL EXOME TEST: Nutritional and Metabolic Diseases Congenital, Hereditary, and Neonatal Diseases Stomatognathic Diseases Otorhinolaryngologic Diseases Eye Diseases Skin and Connective Tissue Diseases Cardiovascular Diseases Hemic and Lymphatic Diseases Musculoskeletal Diseases Digestive System Diseases Endocrine System Diseases Respiratory Tract Diseases Nervous System Diseases Immune System Diseases Female Urogenital Diseases and Pregnancy Complications Male Urogenital Diseases and Abnormalities Neoplasms

Test Specifications

  • Speciality: Genetician

  • Components: Covers 9300 genes associated with known clinical phenotypes

  • Department: MOLECULAR DIAGNOSTICS

  • Shipping Stability: Room 3 days

PreTest Information

Covers 9300 genes associated with known clinical phenotypes Comprehensive coverage for disease subtypes Aids in differential diagnosis Addresses complex phenotypes

Detail Description

Clinical Exome Next Generation Sequencing Test Cost INR:20000 Symptoms Diagnosis

Are you experiencing symptoms that cannot be diagnosed by other tests? Do you want to know the cost of the Clinical Exome Next Generation Sequencing Test? DNA Labs India offers this test for INR:20000, which can help diagnose various genetic disorders.

What is Clinical Exome Next Generation Sequencing Test?

The Clinical Exome Next Generation Sequencing Test is a genetic test that can identify mutations in all protein-coding genes. This test can diagnose various genetic disorders that cannot be diagnosed by other tests. It can help detect rare genetic disorders that affect a small number of people. The test can also help identify the cause of symptoms that cannot be explained by other tests.

What are the symptoms of genetic disorders?

The symptoms of genetic disorders can vary widely depending on the disorder. Some common symptoms include:

  • Developmental delays
  • Intellectual disability
  • Physical abnormalities
  • Seizures
  • Behavioral problems

How is the Clinical Exome Next Generation Sequencing Test done?

The Clinical Exome Next Generation Sequencing Test is done by taking a blood sample from the patient. The blood sample is then sent to a laboratory for analysis. The laboratory uses next-generation sequencing technology to analyze the patient's DNA. The analysis can take several weeks to complete.

What is the cost of the Clinical Exome Next Generation Sequencing Test?

The cost of the Clinical Exome Next Generation Sequencing Test at DNA Labs India is INR:20000. The cost may vary depending on the laboratory and location.

How is the Clinical Exome Next Generation Sequencing Test helpful?

The Clinical Exome Next Generation Sequencing Test can help diagnose various genetic disorders that cannot be diagnosed by other tests. It can help identify the cause of symptoms that cannot be explained by other tests. The test can also help detect rare genetic disorders that affect a small number of people. Early diagnosis can help patients receive appropriate treatment and manage their condition more effectively.

Conclusion

The Clinical Exome Next Generation Sequencing Test is a genetic test that can diagnose various genetic disorders. DNA Labs India offers this test for INR:20000. If you are experiencing symptoms that cannot be diagnosed by other tests, talk to your doctor about the Clinical Exome Next Generation Sequencing Test. Early diagnosis can help you receive appropriate treatment and manage your condition more effectively.

Clinical Exome Next Generation Sequencing Test

Clinical exome sequencing (CES) is rapidly becoming a common molecular diagnostic test for individuals with rare diseases by Next Generation Sequencing. In Clinical exome, DNA Labs India covers 9300 different genes related to multiple genetic diseases.

Description:- Test is based on Next Generation Sequencing and uses Massive Parallel sequencing to identify mutations and Gene Variants in a very short time. Sequencing provides 100X resolution of Clinical Exome Data coverage, based on the Clinical Variant Database of Indian Population.

What is an exome?

  • Our body is made up of cells that contain our chromosomes. Chromosomes are made of DNA, which carries the genetic information in units called genes that are passed down from one generation to the next. Genes provide instructions that are used to develop and maintain each part of the body, allowing each organ to do its job correctly.
  • Approximately 1-2% of our DNA provides instructions for proteins, and that 1-2% is called the exome. When mistakes in our DNA occur in the exome, it can lead to disease. Clinical Exome is a DNA Labs India test to read and check the spelling, or "sequence," of the exome by a method called sequencing. Clinical exome sequencing is currently one of the most comprehensive genetic tests available.
  • With current technology, we can analyze approximately 96% of the exome, which includes approximately 99% coverage for over 9,300 genes that have previously been associated with the disease. Clinical Exome is performed on a patient's sample that is sent to our laboratory. Once we receive the sample, the lab isolates the DNA and compares the sequence of the affected individual’s exome with the sequence of the exome from healthy people. This comparison looks for misspellings, or variants, that could leave a gene unable to do its job correctly and could be the cause of the individual’s disease.

What is clinical exome sequencing?

Clinical exome sequencing uses a technology called Next Generation Sequencing (NGS). It is different from traditional genetic testing because it allows a large number of genes (sections of DNA) to be tested at the same time. Sequencing means we can look for gene changes (variants) that may cause genetic conditions. A clinical exome can be very useful if you have a medical condition that may be caused by one or more gene changes and when it's not clear exactly which gene the change is in. It is most useful when your doctor has some idea of which gene or genes may have a chance.

What is a genome & an exome?

  • To understand what exomes and genomes are, it is important to understand what genes are first. A gene is a short section of DNA. DNA is made up of four chemical bases represented by the letters A, C, T & these bases form a unique sequence and changes (also known as 'variants') to this sequence can cause disease.
  • Certain parts of a gene, called exons, are the instructions for proteins. Proteins are vital to the structure and function of our bodies and our physical characteristics. The 'exome' is the sequence of all these exons.
  • While the exome refers to all the protein-coding genes, a genome refers to all genes (those that code for protein and those that don't). The exome makes up approximately 1-2% of the genome. Genetic changes or variants in our exome can cause disease. Exome sequencing is a way to look for genetic changes in genes that may cause disease.

How does exome sequencing work?

Clinical exomes read the sequence of your exome to identify any variants that may be the cause of your health condition. It is important to note that in most cases the clinical exome will only look at genes that relate to an individual’s condition. This is known as a targeted analysis.

Who should undergo Clinical Exome sequencing?

Clinical Exome is useful for patients:

  • With a genetically heterogeneous disease as pathogenic findings could be present in many different genes
  • With a long list of differential diagnoses
  • With an atypical presentation of a genetic disorder
  • Who have exhausted other currently available genetic testing options?

How is the clinical exome interpreted?

The most complex part of the clinical exome is the interpretation of results. This is because not all genetic changes (variants) cause genetic conditions. Some variants are a normal part of what makes everyone different. Variants may be inherited from ancestors or maybe new in an individual (not inherited). Some are known to cause genetic conditions, and for some, we don't understand their significance.

Understanding variants: To find the variants in an individual's exome sequence, special computer programs are used to filter out parts of the sequence that are common to many people in the healthy population. A clinical exome test usually identifies hundreds together to understand the significance of each variant found and how this

How are clinical exome results reported?

Results from a clinical exome are reported based on the type of variant found. Each will have different implications, both for the individual being tested and their family. Your doctor will discuss these implications with you.

Variant type What this means
Pathogenic This variant is the likely cause of your condition.
The variant of uncertain significance (VUS) It is not known whether this variation is the cause of your condition.
No variant found No disease-causing variants were found.
Additional findings A pathogenic variant outside the analysis requested was found.

How is testing arranged?

Clinical exome sequencing through DNA Labs India is a highly specialized and expensive test. Testing is coordinated through our clinical genetics service. A request for testing is only accepted from specialist doctors after discussion with one of our clinical geneticists or genetic counsellors.

What type of samples are needed to do a Clinical Exome Test?

Blood for testing can be obtained from several bodily sources. The cells that are the most commonly tested are derived. Standard Biological Test Samples: Blood

How many days does it take to obtain Next-Generation Sequencing Clinical Exome Test results?

Results of the NGS Clinical Exome test are usually available from the laboratory within 4 weeks. DNA Labs India understands that waiting for Clinical Exome Test results for this potentially life-changing test is stressful, so we provide speedy service without sacrificing accuracy. Once complete, the results are posted immediately to our secure online portal, and you will be notified by email right away.

How much does an NGS Clinical Exome Test cost?

A standard NGS Clinical Exome Test cost you 16000/- INR. Alternatively, we provide another Test called Whole Exome Sequencing

Why Choose DNA Labs India for NGS Clinical Exome Test?

DNA labs India’s Clinical Exome Test follows with dual testing for 100% accuracy when determining a Next-Generation Sequencing Clinical Exome Test.

  • We are the leading lab for the Clinical Exome Test in India
  • Only Lab to Share RAW Data, FASTQ and VCF files post-test results
  • Greater Accuracy with 20X depth and 100X region coverage
  • Sample Collection centres across India
  • Outstanding customer service
  • Strict privacy and confidentiality assured
  • Full-service laboratories providing testing for use in complex cases

How to Schedule an Appointment for Clinical Exome Test?

You can either book online at the link provided. If you book and make the payment online free home collection service is provided to patients of all Next Generation Sequencing Clinical Exome Tests.

How can I locate an NGS Clinical Exome Test facility?

DNA labs India has 3000 plus sample collection centres across India for Clinical Exome Test. You can choose the centre and book the Next Generation Sequencing Clinical Exome Test online. For all online bookings made and payment paid a free home sample collection service is provided.

List of genes Covered in NGS Clinical Exome Test:

ABCE1 TFR2 DOCK3 MICA TYRP1 POLR2A ATP1B1
ABCG2 THSD7A DRD3 MICAL1 U4ATAC-CHR9 PPM1D ATP2B4
ADAMTS3 TMEM139 DVL3 MIR206 UBAP2 PPM1E ATP5F1
ADD1 TNPO3 ECE2 MOCS1 UBE2R2 PPY ATPAF1
ADGRA3 TNRC18 EDEM1 MPC1 UBQLN1 PRCD ATPIF1
ADH1A TNS3 EHHADH MRAP2 UGCG PRKAR1A AVPR1B
ADH1B TPK1 EIF2B5 MRPL14 UNC13B PRKCA B3GALT2
ADH1C TRA2A EIF4G1 MRPL18 VLDLR PRPF8 B3GALT6
ADH4 TRB EOGT MRPL2 VPS13A PSMC3IP B4GALT2
ADH5 TRBV9 EOMES MRPS10 WDR31 PTRF B4GALT3
ADH6 TRGC1 EPHA3 MRPS18A WDR34 PTRH2 BCAN
ADH7 TRGC2 EPHB1 MRPS18B WDR5 PYCR1 BCL10
ADRA2C TRGV1 ETV5 MSH5 XPA PYY BCL9
AFF1 TRIL FANCD2 MSH5-SAPCD1 ZNF79 RAB34 BGLAP
AFP TRIM24 FANCD2OS MUT ABHD12 RAD51C BRINP2
AGA TRPV5 FBLN2 MYCT1 ACSS2 RAD51D BSND
AIMP1 TRRAP FBXO45 MYLIP ADA RAD51L3-RFFL BTG2
ALB TSPAN12 FEZF2 MYO6 ADAM33 RAI1 C1ORF100
AMBN TWIST1 FGF12 NCR3 ADNP RANGRF C1ORF106
ANK2 TYW1 FHIT NDUFAF4 ADRA1D RARA C1ORF127
ANKRD50 UBE3C FLNB NEDD9 AHCY RARA-AS1 C1ORF168
ANXA5 UBN2 FOXL2 NELFE ARFGEF2 RBFOX3 C1ORF172
APBB2 URGCP-MRPS24 FOXP1 NEU1 ASIP RCVRN C1QA
ARHGAP24 VIPR2 FSTL1 NFKBIL1 ASXL1 RECQL5 C1QB
ATP10D VSTM2A FYCO1 NHLRC1 ATP5E RGS9 C1QC
ATP5I WBSCR17 GAP43 NKAIN2 AURKA RHBDF2 C4BPA
BANK1 WBSCR22 GATA2 NOTCH4 AVP RILP C8A
BBS12 WDR60 GBE1 NOX3 B4GALT5 RNF213 C8B
BBS7 WIPI2 GFM1 NQO2 BCL2L1 RNF43 CA6
BMP2K XRCC2 GHRL NR2E1 BFSP1 RPA1 CACHD1
BMPR1B YAE1D1 GHSR NT5DC1 BMP2 RPH3AL CACNA1E
BST1 ZAN GLB1 NT5E BMP7 RPL19 CACNA1S
BTC ZC3HAV1 GLYCTK NUS1 BPI RPL23 CAMSAP2
C4ORF26 ZKSCAN5 GMPPB OARD1 BPIFA1 RPL26 CAMTA1
C4ORF29 ZNHIT1 GMPS OPRM1 BPIFA3 RPL27 CAPN9
CAMK2D ZPBP GNAI2 OR10C1 C20ORF197 RPL38 CASP9
CASP3 ABCA12 GNAT1 OR2J3 CD40 RPS6KB1 CASQ1
CBR4 ABCB11 GNB4 ORC3 CDH22 RPTOR CASQ2
CC2D2A ABCB6 GORASP1 OSTM1 CDH4 RTN4RL1 CATSPER4
CCDC109B ABCG5 GP5 PAQR8 CEP250 RUNDC1 CCDC18
CCKAR ABCG8 GP9 PCMT1 CHD6 RUNDC3A CCDC19
CCNA2 ACADL GPD1L PDE10A CHGB SARM1 CCDC28B
CD38 ACMSD GPR149 PDE7B CHMP4B SCN4A CD1A
CDKN2AIP ACP1 GPX1 PDSS2 CHRNA4 SCO1 CD1E
CDS1 ACTG2 GSK3B PEX3 COL9A3 9-Sep CD244
CENPE ACVR1 GTF2E1 PEX6 COX4I2 SERPINF1 CD46
CEP135 ACVR1C GYG1 PGBD1 CPNE1 SERPINF2 CD58
CFI ACVR2A HACL1 PGC CRLS1 SEZ6 CDA
CHIC2 ADAM17 HCLS1 PGM3 CSNK2A1 SGCA CDC14A
CHRNA9 ADAM23 HESX1 PHACTR1 CSRP2BP SGSH CDC42
CISD2 ADCY3 HGD PHF10 CST3 SGSM2 CDC73
CLOCK ADD2 HPS3 PHF3 CST9 SHBG CDK18
COL25A1 ADRA2B HRG PHIP CTSA SHMT1 CDKN2C
CORIN AFF3 HTR3C PIM1 CTSZ SHPK CELSR2
COX18 AGAP1 HTR3E PKHD1 CYP24A1 SLC13A2 CENPF
COX7B2 AGBL5 HYAL1 PLA2G7 DDRGK1 SLC13A5 CEP104
CPE AGPS HYAL2 PLAGL1 DEFB124 SLC16A3 CEP170
CPLX1 AGXT IFT122 PLG DEFB126 SLC25A10 CFH
CPZ ALK IFT80 PLN DNAJC5 SLC25A11 CFHR4
CTBP1 ALLC IGF2BP2 PNPLA1 DNMT3B SLC25A19 CFHR5
CXCL10 ALS2 IGSF10 POLH DOK5 SLC25A35 CHD1L
CXCL11 ANO7 IL12A POLR1C DTD1 SLC25A39 CHD5
CXCL5 ANTXR1 IL17RB POU5F1 DUSP15 SLC26A11 CHI3L1
CXCL8 AOX1 IL17RC PPARD E2F1 SLC2A4 CHI3L2
CYP2U1 APOB IL17RD PPP2R5D EDN3 SLC46A1 CHIA
CYP4V2 ARHGEF4 IL20RB PPT2 EEF1A2 SLC47A2 CHIT1
DCHS2 ARID5A ILDR1 PRDM1 EIF2S2 SLC4A1 CHML
DCK ARL6IP6 IMPDH2 PRDM13 ELMO2 SLC52A1 CHRM3
DCLK2 ASAP2 IMPG2 PRL EPB41L1 SLC6A4 CHRNB2
DKK2 ASB1 IQCB1 PRPH2 FAM83C SLC9A3R1 CKS1B-CHR1
DMP1 ASIC4 IQCG PRRC2A FERMT1 SLFN14 CLCA1
DOK7 ASPRV1 ITGA9 PRSS16 FKBP1A SLFN5 CLCA2
DRD5 ASTL ITIH1 PSMB8 FLRT3 SMARCD2 CLCC1
DSPP ASXL2 ITIH3 PSMB9 FOXA2 SMARCE1 CLCN6
DTHD1 ATG16L1 ITIH4 PSORS1C1 GATA5 SMG6 CLCNKA
EDNRA ATIC ITPR1 PTK7 GDF5 SNORD118 CLCNKB
EGF ATP5G3 JAGN1 PTPRK GHRH SOCS3 CLDN19
ELMOD2 ATP6V1B1 KALRN QKI GNAS SOST CLK2
ENAM AUP1 KCNAB1 QRSL1 GNAS-AS1 SOX15 CLSPN
EPHA5 B3GALT1 KCNMB3 RAB23 GSS SOX9 CLSTN1
ETFDH B3GNT2 KCTD6 RAET1L HAO1 SPAG5 CMPK1
ETNPPL B3GNT7 KIAA2018 RARS2 HCK SPAG9 CNKSR1
EVC2 BARD1 KLHDC8B REV3L HNF4A SPATA22 CNR2
F11 BBS5 KLHL24 RFX6 HRH3 SPATA32 CNTN2
FABP2 BCL11A KLHL40 RGL2 IDH3B SPECC1 COA6
FAT1 BCL2L11 KLHL6 RHAG IFT52 SPOP COG2
FAT4 BCS1L KNG1 RIMS1 ITPA SRCIN1 COL11A1
FBXW7 BIN1 KPNA1 RIPPLY2 JAG1 SREBF1 COL8A2
FGA BIRC6 KY RMND1 JPH2 SRR COL9A2
FGB BMP10 LAMB2 RNASET2 KCNB1 SRSF2 COPA
FGF2 BMPR2 LARS2 ROS1 KCNQ2 SSH2 COX20
FGF5 BOLA3 LIMD1 RPS10 KCNS1 SSTR2 CPT2
FGFBP1 BUB1 LINC00852 RPS10-NUDT3 KIAA1755 ST6GALNAC1 CR1L
FGFR3 C2ORF42 LIPH RPS12 KIZ ST6GALNAC2 CR2
FGFRL1 C2ORF71 LMOD3 RPS6KA2 L3MBTL1 STAC2 CRB1
FGG CACNB4 LPP RREB1 LBP STARD3 CRP
FIP1L1 CAD LRIG1 RSPH3 LPIN3 STAT3 CSDE1
FRAS1 CAPN10 LRRC2 RSPH4A MACROD2 STAT5A CSF1
FREM3 CAPN13 LRRFIP2 RSPH9 MAFB STAT5B CSF3R
FRG1 CASP10 LSM3 RTN4IP1 MATN4 STH CSMD2
GAB1 CASP8 LTF RUNX2 MAVS STRADA CTBS
GABRA2 CCDC115 LXN SASH1 MC3R STXBP4 CTH
GABRA4 CCDC141 LZTFL1 SCGN MCM8 SUPT6H CTPS1
GABRB1 CCDC88A MAATS1 SEC63 MGME1 SUZ12 CTRC
GABRG1 CCNT2 MANF SERAC1 MKKS TACO1 CTSK
GAK CCT7 MAP3K13 SERPINB6 MMP9 TAF15 CYP2J2
GALNT7 CD207 MAP4 SGK1 MROH8 TANC2 CYP4A11
GALNTL6 CD8A MAPKAPK3 SHPRH MRPS26 TBCD CYP4A22
GAR1 CDCA7 MASP1 SIM1 MTG2 TBX2 CYP4B1
GBA3 CEBPZ MBD4 SIRT5 MYBL2 TBX21 CYR61
GC CENPO MCCC1 SKIV2L MYH7B TBX4 DARS2
GK2 CEP68 MCM2 SLC17A1 MYLK2 TCAP DBT
GLRB CERKL MECOM SLC17A3 MYT1 TEX14 DCAF6
GNRHR CERS6 MED12L SLC17A5 NANP THRA DCAF8
GPRIN3 CGREF1 MGLL SLC22A1 NCOA3 TIMP2 DCST1
GRID2 CHN1 MIR191 SLC22A16 NCOA6 TK1 DDAH1
GRK4 CHPF MITF SLC22A2 NDUFAF5 TLK2 DDI2
GRPEL1 CHRNA1 MLF1 SLC22A23 NEURL2 TMC6 DDOST
GRXCR1 CHRND MLH1 SLC22A3 NFATC2 TMC8 DDR2
GUCY1A3 CHRNG MME SLC22A7 NKX2-2 TMEM107 DDX20
GUF1 CHST10 MRPL3 SLC25A27 NOP56 TMEM132E DDX59
GYPA CIAO1 MRPL47 SLC26A8 OPRL1 TMEM199 DENND2C
GYPB CKAP2L MRPS22 SLC29A1 OSBPL2 TMEM92 DHCR24
GYPE CLASP1 MRPS25 SLC35A1 OSER1 TMEM98 DHDDS
HADH CLHC1 MST1 SLC35B2 OTOR TMEM99 DHRS3
HAND2 CMPK2 MST1R SLC35D3 OVOL2 TNFAIP1 DHX9
HELQ CNGA3 MTMR14 SMOC2 PAK7 TNFRSF13B DIO1
HHIP CNNM3 MUC13 SNHG5 PANK2 TNFSF12 DIRAS3
HMX1 CNNM4 MYD88 SNX14 PAX1 TNFSF12-TNFSF13 DISP1
HNRNPD CNTNAP5 MYH15 SNX3 PCK1 TNRC6C DLGAP3
HNRNPDL COA5 MYL3 SOBP PCNA TOP2A DMBX1
HPGD COL3A1 MYLK SOD2 PCSK2 TP53 DMRTA2
HSD17B11 COL4A3 NAALADL2 SOGA3 PDYN TP53I13 DNAH14
HTN3 COL4A4 NAT6 STK19 PHF20 TRIM37 DNAJC6
HTT COL5A2 NBEAL2 STX11 PI3 TRPV1 DOCK7
IBSP COL6A3 NCKIPSD STX7 PIGT TRPV3 DPM3
IDUA COLEC11 NDUFAF3 STXBP5 PLCB1 TSEN54 DPYD
IGFBP7 COMMD1 NDUFB4 SUMO4 PLCB4 TSR1 DRAM2
IL2 COX5B NDUFB5 SYNCRIP PLCG1 TTC19 DSTYK
IL21 COX7A2L NEK11 SYNE1 PLTP TTC25 DUSP23
INTU CPO NFKBIZ SYNGAP1 POFUT1 TUBG1 DVL1
IRF2 CPS1 NGLY1 SYTL3 PRND UBB ECE1
KCNIP4 CPSF3 NICN1 T PRNP ULK2 ECM1
KDR CREB1 NISCH TAAR1 PROCR UNC119 EDARADD
KIAA0232 CRIM1 NLGN1 TAAR2 PROKR2 UNC13D EDN2
KIAA1109 CRIPT NPHP3 TAAR6 PRPF6 UNC45B EFCAB7
KIT CRYBA2 NPHP3-ACAD11 TAAR9 PSMA7 USH1G EFNA3
KLB CRYGA NPRL2 TAB2 PTGIS USP6 EFNA4
KLKB1 CRYGB NR1D2 TAP1 PTPN1 UTP6 EGLN1
LARP7 CRYGC NR1I2 TAP2 PTPRA UTS2R EIF2B3
LETM1 CRYGD NRROS TAPSAR1 PTPRT VPS53 EIF2D
LIAS CRYGEP NSUN3 TBC1D32 RAD21L1 VTN EIF4G3
LRAT CTLA4 NUP210 TBC1D7 RBCK1 WBP2 ELAVL4
LRBA CTNNA2 NXPE3 TBP RBL1 WDR45B ELK4
LRIT3 CUL3 OGG1 TBX18 RBM12 WDR81 EMC1
LRPAP1 CXCR1 OPA1 TCF21 RIN2 WNK4 ENO1
MAB21L2 CXCR2 OR5AC2 TCP1 RNF114 WNT3 EPB41
MAD2L1 CXCR4 OR5H6 TCTE1 RPN2 WRAP53 EPHA2
MAEA CYBRD1 OXSR1 TCTE3 RSPO4 XAF1 EPHX1
MANBA CYP1B1 OXTR TDP2 RTEL1 XYLT2 EPS15
MAPK10 CYP26B1 P2RY12 TDRD6 RTEL1-TNFRSF6B YBX2 EPS8L3
MED28 CYP27A1 P3H2 TFAP2A SALL4 YWHAE ERMAP
MEPE D2HGDH PAQR9 TFAP2B SAMHD1 ZACN ERRFI1
METTL14 DARS PARL TFAP2D SEC23B ZMYND15 ESPN
MFSD8 DBI PBRM1 TFB1M SEMG1 ZNF750 ESRRG
MGST2 DCAF17 PCCB THBS2 SIGLEC1 ZPBP2 EVI5
MMAA DCTN1 PCOLCE2 TIAM2 SLA2 ZSWIM7 EXO1
MRPL1 DES PCYT1A TINAG SLC13A3 ALG5 EXO5
MRPS18C DFNB59 PDCD10 TNF SLC17A9 ALOX5AP EXOC8
MSMO1 DGKD PDCD6IP TNFAIP3 SLC2A10 ARHGEF7 EXTL1
MSX1 DGUOK PDHB TNFRSF21 SLC4A11 ARL11 EXTL2
MTNR1A DHRS9 PHF7 TPBG SLC52A3 ATP7B F13B
MTTP DIS3L2 PIGZ TPMT SLMO2 ATP8A2 F3
MUC7 DLX2 PIK3CA TRAF3IP2 SLMO2-ATP5E ATXN8OS F5
MYOZ2 DNAH6 PIK3CB TRDN SNAP25 BIVM FAAH
N4BP2 DNAH7 PIK3R4 TREM2 SNORD56-CHR20 BIVM-ERCC5 FABP3
NAF1 DNAJB2 PLCD1 TREML2 SNORD57 BRCA2 FAM212B
NAT8L DNMT3A PLOD2 TREML4 SNRPB CARS2 FAM213B
NDST3 DOK1 PLXNA1 TRERF1 SNTA1 CDX2 FAM46C
NDST4 DPP10 PLXNB1 TSPYL1 SNX5 CENPJ FAM71A
NDUFC1 DPP4 PLXND1 TTK SOX18 CHAMP1 FASLG
NEK1 DRC1 POC1A TUBB SPTLC3 CLN5 FBLIM1
NELFA DTNB POGLUT1 TUBB2A SRC COG3 FBXO2
NFKB1 DYNC2LI1 POLQ TUBB2B SS18L1 COG6 FCER1A
NFXL1 DYSF POMGNT2 TULP1 STK35 COL4A1 FCGR2A
NIPAL1 ECEL1 POU1F1 TXLNB STK4 COL4A2 FCGR3A
NKX3-2 EDAR PPARG UBD STX16 CPB2 FCGR3B
NKX6-1 EEF1B2 PRICKLE2 UFL1 STX16-NPEPL1 CRYL1 FCN3
NMU EFEMP1 PRKCD UHRF1BP1 SULF2 CSNK1A1L FCRL3
NOA1 EHBP1 PROK2 UNC5CL SUN5 CUL4A FCRL4
NPFFR2 EIF2AK3 PROS1 UNC93A SYCP2 CYSLTR2 FCRL6
NPNT EIF2B4 PSMD2 UQCC2 TBC1D20 DACH1 FDPS
NPY1R ELMOD3 PTH1R UST TGM2 DAOA FH
NPY2R EMILIN1 PTPN23 UTRN TGM3 DCLK1 FLAD1
NR3C2 EMX1 PTPRG VARS TGM6 DGKH FLG2
NSUN7 EN1 PVRL3 VARS2 THBD DIAPH3 FLVCR1
NUDT6 EPAS1 QARS VEGFA TLDC2 DNAJC3 FMN2
OTUD4 EPC2 QRICH1 VIP TMEM230 EDNRB FMO1
PABPC4L EPCAM QTRTD1 VNN1 TNFRSF6B EFNB2 FMO2
PALLD EPHA4 RAB7A WISP3 TOP1 ENOX1 FMO4
PARM1 EPT1 RAD18 XPO5 TP53RK ERCC5 FMO5
PCDH10 ERBB4 RAD54L2 YIPF3 TRIB3 EXOSC8 FMO6P
PCDH18 ERCC3 RAF1 ZBTB12 TSHZ2 F10 FMOD
PCDH7 EXOC6B RARB ZBTB24 TTI1 F7 FOXD3
PDE5A FABP1 RASA2 ZFP57 TUBB1 FGF14 FOXE3
PDE6B FAM136A RASSF1 ZNF311 U4ATAC-CHR20 FGF9 FPGT-TNNI3K
PDGFC FAM161A RASSF1-AS1 ADAM7 VAPB FLT1 FUBP1
PDGFRA FAM228B RFC4 ADAM9 VPS16 FLT3 FUCA1
PDLIM3 FANCL RFT1 ADCY8 VSX1 FOXO1 GADD45A
PDLIM5 FASTKD2 RHO ADHFE1 XRN2 FREM2 GALE
PHOX2B FBXO11 RNF168 ADRB3 YWHAB FRY GALNT2
PIGG FEV ROBO1 AGO2 ZHX3 GAS6 GATAD2B
PIGY FHL2 ROBO2 ANGPT1 ZNF133 GGACT GBA
PITX2 FIGLA RPL24 ANGPT2 ZNF217 GJA3 GBP2
PKD2 FN1 RPL35A ANK1 ZNF335 GJB2 GBP4
PLK4 FOXN2 RPSA ARC ZNF512B GJB6 GCLM
POLR2B FRZB RPUSD3 ARFGEF1 ABCD4 GPC5 GFI1
PPA2 FSHR RSRC1 ARHGEF10 ACTN1 GPC6 GJA4
PPARGC1A FZD5 RUBCN ASAH1 ADSSL1 GPR12 GJA5
PPAT G6PC2 RUVBL1 ASAP1 AK7 GPR180 GJA8
PPEF2 GAD1 RYK ASH2L AKT1 GRK1 GJA9
PPM1K GAL3ST2 SCAP ASPH ALDH6A1 HSPH1 GJB3
PPP2R2C GALNT13 SCN10A ATP6V0D2 AMN HTR2A GJB4
PPP3CA GALNT14 SCN11A ATP6V1B2 ANG IFT88 GJC2
PRDM5 GALNT3 SCN5A ATP6V1H AP4S1 ING1 GLMN
PRDM8 GALNT5 SEC61A1 BAALC APEX1 INTS6 GLUL
PRIMPOL GCKR SEMA3F BLK APOPT1 ITM2B GNAI3
PRKG2 GEN1 SERPINI1 BMP1 AREL1 KL GNAT2
PRMT9 GFPT1 SERPINI2 C8ORF37 ARID4A KLF12 GNB1
PROM1 GGCX SETD5 CA1 ATL1 KLF5 GNPAT
PRSS12 GIGYF2 SGOL1 CA2 ATP5S KLHL1 GON4L
PSAPL1 GLI2 SHOX2 CA8 ATXN3 LACC1 GORAB
PTPN13 GLS SI CCAR2 BAZ1A LAMP1 GPR161
QDPR GMPPA SKIL CHD7 BCL11B LHFP GPR88
RAB28 GPBAR1 SLC15A2 CHRNA2 BCL2L2 LIG4 GPSM2
RAB33B GPC1 SLC22A13 CLDN23 BCL2L2-PABPN1 LNX2 GREM2
RAP1GDS1 GPD2 SLC22A14 CLN8 BDKRB2 LPAR6 GRHL3
RASGEF1B GPR1 SLC25A20 CLU BMP4 LRCH1 GRIK3
RBPJ GPR35 SLC25A26 CNGB3 BRF1 MCF2L GSTM2
RCHY1 GPR55 SLC25A38 COL14A1 C14ORF142 MIR17HG GSTM3
REST GPR75 SLC26A6 COX6C C14ORF2 MRPS31 GSTM4
RFC1 GRB14 SLC2A2 CPA6 C14ORF28 MYCBP2 GSTM5
RGS12 GRHL1 SLC33A1 CRH CALM1 MYO16 GUCA2B
RHOH GTF2A1L SLC35G2 CSGALNACT1 CCDC176 N4BP2L2 H3F3A
RNF212 GTF3C2 SLC4A7 CSMD1 CCDC85C NALCN H6PD
RRH GYPC SLC6A1 CSMD3 CCDC88C NBEA HAX1
SCARB2 HADHA SLC6A11 CSPP1 CDC42BPB NUDT15 HCN3
SEC24B HADHB SLC6A20 CTHRC1 CDKN3 PARP4 HCRTR1
SEC24D HDAC4 SLC6A6 CTSB CEBPE PCCA HDAC1
SEC31A HDLBP SLC7A14 CYC1 CEP170B PCDH9 HFE2
SEPSECS HECW2 SLC9A9 CYP11B1 CFL2 PCID2 HFM1
SGCB HES6 SLCO2A1 CYP11B2 CHD8 PDX1 HHAT
SHROOM3 HIBCH SLMAP CYP7A1 CHGA PHF11 HIST3H3
SLBP HK2 SMARCC1 CYP7B1 CINP PIBF1 HIVEP3
SLC25A31 HNMT SNRK DCAF13 CMA1 POLR1D HMCN1
SLC25A4 HOXD10 SOX2 DCSTAMP COCH POMP HMGCL
SLC26A1 HOXD11 SPATA16 DDHD2 COQ6 POSTN HMGCS2
SLC2A9 HOXD13 SRGAP3 DECR1 COX8C PROZ HNRNPR
SLC34A2 HOXD4 SST DEFA4 CPSF2 PSPC1 HNRNPU
SLC4A4 HS1BP3 SSUH2 DEFB1 CTSG RB1 HOOK1
SLC7A11 HS6ST1 ST3GAL6 DGAT1 CYP46A1 RCBTB1 HORMAD1
SLIT2 HSPD1 ST6GAL1 DLC1 DAAM1 RFXAP HPCA
SMAD1 HSPE1 STAG1 DLGAP2 DACT1 RNASEH2B HPCAL4
SMARCAD1 HTR2B STT3B DOK2 DAD1 RNF6 HSD11B1
SNCA HTRA2 STXBP5L DPYS DCAF11 RXFP2 HSD3B1
SOD3 ICOS SUCLG2 DPYSL2 DCAF4 SACS HSD3B2
SORBS2 IDH1 SUMF1 E2F5 DDHD1 SETDB2 HSPB7
SPATA5 IFIH1 SYN2 EBAG9 DDX24 SGCG HSPG2
SPP1 IFT172 SYNPR EEF1D DHRS1 SLC10A2 HTR6
SPRY1 IGFBP5 TBC1D23 EFR3A DHRS2 SLC15A1 IARS2
SRD5A3 IGKC TBL1XR1 EGR3 DHRS4 SLC25A15 IBA57
SRP72 IHH TCTEX1D2 EIF3E DHRS4L1 SLC25A30 ID3
STAP1 IL18RAP TDGF1 EIF3H DHRS4L2 SLC7A1 IFI16
STIM2 IL1A TERC ENPP2 DHRS7 SLITRK1 IFI44L
SULT1B1 IL1B TF EPHX2 DICER1 SLITRK5 IGSF3
SULT1E1 IL1RL1 TFG EPPK1 DIO2 SLITRK6 IGSF8
TACC3 IL1RN TFRC ERLIN2 DLST SMAD9 IL10
TACR3 IL36B TGFBR2 ESCO2 DNAAF2 SOHLH2 IL12RB2
TAPT1 IL36RN TGM4 EXOSC4 DNAL1 SPATA13 IL19
TBC1D1 IMMT THPO EXT1 DYNC1H1 SPERT INPP5B
TBC1D9 INHA THRB EXTL3 EIF2B2 SPG20 INSRR
TBCK INHBB TLR9 EYA1 EML1 SPRY2 IPP
TDO2 INO80D TMEM39A FABP4 ENTPD5 STARD13 IQGAP3
TEC INPP4A TMEM43 FABP5 ERH SUCLA2 IRF2BP2
TECRL INPP5D TMIE FAM83H ESR2 TBC1D4 IRF6
TENM3 INSIG2 TNFSF10 FAM91A1 ESRRB TGDS ISG15
TET2 IRS1 TNIK FBXL6 EXD2 THSD1 JAK1
TLL1 ITGA4 TNK2 FBXO32 FAM161B TMCO3 JUN
TLR1 ITGA6 TNNC1 FDFT1 FAM177A1 TNFSF11 KANK4
TLR10 ITGB1BP1 TOPBP1 FGF17 FANCM TNFSF13B KCNA2
TLR2 ITGB6 TP63 FGF20 FLVCR2 TPP2 KCNA3
TLR3 ITM2C TRAIP FGFR1 FOS TPTE2P5 KCNAB2
TLR6 ITSN2 TRAK1 FGL1 FOXA1 TRIM13 KCND3
TMEM165 KCNE4 TREX1 FOXH1 FOXG1 TRPC4 KCNH1
TMPRSS11A KCNH7 TRH FSBP FOXN3 UBAC2 KCNJ10
TRAPPC11 KCNJ13 TRMT10C FZD3 FRMD6 UGGT2 KCNJ9
TRIM2 KCNJ3 TRNT1 FZD6 FSCB UTP14C KCNN3
TRMT10A KCNK3 TRPC1 GATA4 FUT8 WASF3 KCNQ4
TRMT44 KCNS3 TSEN2 GDAP1 GALC ZIC2 KDF1
TRPC3 KDM3A TTC14 GDF6 GCH1 ZMYM2 KDM1A
UCHL1 KHK U4ATAC-CHR3 GFRA2 GEMIN2 ZMYM5 KIAA1614
UCP1 KIDINS220 UBA3 GGH GLRX5 ADAMTS1 KIF14
UFSP2 KIF1A UBA5 GNRH1 GOLGA5 AIRE KIF17
UGDH KIF3C UBA7 GPIHBP1 GPHN APP KIF1B
UGT2A3 KIF5C ULK4 GPT GPR132 ATP5J KIF21B
UGT2B10 KLF11 UMPS GRHL2 GPR33 ATP5O KIF26B
UGT2B15 KLF7 UQCRC1 GSR GPR68 B3GALT5 KIFAP3
UGT2B28 KLHL41 UROC1 GTF2E2 GPX2 BRWD1 KISS1
UGT2B4

COL7A1
FMO3

CFTR

 

 

Frequently Asked Questions

  • What is the cost of Clinical Exome Next Generation Sequencing Test?

    Cost of Clinical Exome Next Generation Sequencing Test is 20000 Rs

  • What is Clinical Exome?

    Clinical Exome Sequencing is a test for identifying disease-causing DNA variants within the 1% of the genome which codes for proteins (exons) or flanks the regions which code for proteins.

  • What do my results mean?

    Once your sample has been tested, a team of experts review any DNA changes or variants found. The team will determine the significance of any variants, using all the available published scientific literature.

  • What happens to my genetic information?

    Genomic sequencing generates a large amount of genetic information. Access to and storage of genetic information is strictly governed by national laboratory and health privacy guidelines.

  • What is the cost of Clinical Exome?

    Clinical Exome will cost 22000 Rs

  • How much time will it take for reports?

    Reports will take 4-5 weeks

  • How does Clinical Exome Sequencing work?

    The cell is the basic building block of all living things. Humans have billions of cells that contain the genetic information for how the body develops, grows and functions. This genetic information is stored in DNA. Clinical Exome sequencing is a process that ‘reads' the particular part of genes that are thought to be most important for health.

  • What is Next Generation Sequencing?

    Next-generation sequencing (NGS) is a massively parallel sequencing technology that offers ultra-high throughput, scalability, and speed. The technology is used to determine the order of nucleotides in entire genomes or targeted regions of DNA or RNA.

  • How is Clinical Exome performed?

    Clinical Exome is performed by an advanced technique known as Next Generation Sequencing

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