Gentera Panels

Gentera Cancer Genetic Testing Panel


Test information All coding exons of 67 targeted genes are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Gentera Cancer Panel Genes: AIP, ALK, APC, ATM, BAP1, BARD1, BLM, BRCA1, BRCA2, BRIP1, BMPR1A, CDH1, CDK4, CDKN1B, CDKN2A,CHEK2, DICER1, EPCAM, FANCC, FH, FLCN, GALNT12, GREM1, HOXB13, MAX, MEN1, MET, MITF, MLH1, MRE11A, MSH2, MSH6, MUTYH, NBN, NF1, NF2, PALB2, PHOX2B, POT1, PMS2, POLD1, POLE, PRKAR1A, PTCH1, PTEN, RAD50, RAD51C, RAD51D, RB1, RET, SDHA, SDHAF2, SDHB, SDHC, SDHD, SMAD4, SMARCA4, SMARCB1, SMARCE1, STK11, SUFU, TMEM127, TP53, TSC1, TSC2, VHL, XRCC2 Average service duration is 8-10 weeks.




Gentera Ancestry Panel


Every individual has traces of his parents in his DNA. DNA in the mitochondrial organelles in our cells has maternal origin. Y chromosomes in male individuals have only paternal origin. It is possible to find traces of our origin by scanning the mitochondrial DNA and the markers of origin on the Y chromosome. The journey of migration starting from South Africa, which Homo sapiens life is thought to have started, can be easily detected today thanks to the genetic inheritance left in all regions where our ancestors passed. The migration map of a sample ancestor with haplotype analysis is shown below. Test information In the new generation sequencing system with Gentera Ancestry Test, entire mitochondrial DNA and 23 STR regions in the Y chromosome are screened and the variations are analyzed. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service time is 8-10 weeks.




BRC-Wide Genetic Testing Panel


Test information For Breast and Ovary Cancer scan, all coding exons of 2 targeted genes in BRCA1-2 Panel and 7 targeted genes in BRC-Wide Panel are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. BRCA1-2 Panel: BRCA1, BRCA2 BRC-Wide Panel: BRCA1, BRCA2, TP53, CDH1, PALB2, PTEN, STK11 Average service duration is 4-6 weeks.




Periodic Fever Diseases Genetic Testing Panel


Test information All coding exons of 4 targeted genes in Periodic Fever Panel and 9 targeted genes in Periodic Fever-Wide Panel are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Periodic Fever Panel: MEFV, MVK, TNFRSF1A, NLRP3 Periodic Fever-Wide Panel: MEFV, MVK, TNFRSF1A, NLRP3, LPIN2, IL1RN, NLRP12, NOD2, PSTPIP1 Average service duration is 4-6 weeks.




MODY Genetic Testing Panel


Test information All coding exons of 4 targeted genes in MODY Panel and 13 targeted genes in MODY-Wide Panel are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. MODY Panel: HNF1A, HNF1B, HNF4A, GCK MODY-Wide Panel: HNF1A, HNF1B, HNF4A, GCK, ABCC8, INS, KCNJ11, PDX1, NEUROD1, KLF11, CEL, PAX4, BLK Average service duration is 4-6 weeks.




Hypertrophic Cardiomyopathy Genetic Testing Panel


Test information All coding exons of 5 targeted genes in Hypertrophic Cardiomyopathy Panel are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Hypertrophic Cardiomyopathy Panel: MYBPC3, MYH7, TNNI3, TNNT2, MYL2 Average service duration is 4-6 weeks.




Thrombophilia Genetic Testing Panel


Test information All coding exons of 5 targeted SNP in Thrombophilia Panel are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Thrombophilia Panel: Factor V G1691A (Leiden), Prothrombin G20210A, PAI 4G/5G, MTHFR C677T & MTHFR A1298C Average service duration is 4-6 weeks.




Lynch Syndrome Genetic Testing Panel


Test information All coding exons of 5 targeted genes in Lynch Syndrome Panel are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Lynch Syndrome Panel: MLH1, MSH2, MSH6, PMS2, EPCAM Average service duration is 4-6 weeks.




FAP Genetic Testing Panel


Test information All coding exons of 2 targeted genes in FAP Panel and 6 genes in FAP-Wide Panel are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. FAP Panel: APC, MUTYH FAP-Wide Panel: APC, MUTYH, TP53, PTEN, SMAD4, STK11 Average service duration is 4-6 weeks.




Alzheimer-Dementia Genetic Testing Panel


Test information All coding exons of 7 targeted genes in Alzheimer-Dementia Panel are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Alzheimer Dementia Panel: APOE, APP, PRNP, PSEN1, PSEN2, SORL1, TREM2 Average service duration is 4-6 weeks.




Prostate Cancer Genetic Testing Panel


Test information All coding exons of 10 targeted genes in Prostate Cancer Panel are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Prostate Cancer Panel: BRCA1, BRCA2, CHEK2, HOXB13, MLH1, MSH2, MSH6, NBN, PTEN, TP53 Average service duration is 4-6 weeks.




Thyroid Cancer Genetic Testing Panel


Test information All coding exons of 3 targeted genes in Thyroid Cancer Panel are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Thyroid Cancer Panel: APC, PTEN, RET Average service duration is 4-6 weeks.




mtDNA | Mitochondrial Diseases Genetic Testing Panel


Test information Entire mitochondrial DNA are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.





Single Gene Sequencing

CFTR | Cystic Fibrosis Genetic Test


Test information All coding exons of CFTR gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




VHL | Von-Hippel Lindau Syndrome Genetic Test


Test information All coding exons of VHL gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




GBA | Gaucher Disease Genetic Test


Test information All coding exons of GBA gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




HEXA | Tay-Sachs Disease Genetic Test


Test information All coding exons of HEXA gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




NF1 | Neurofibromatosis 1 Genetic Test


Test information All coding exons of NF1 gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




ASPA | Canavan Disease Genetic Test


Test information All coding exons of ASPA gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




SERPINA1 | Alpha-1 Antitrypsin Deficiency Genetic Test


Test information All coding exons of SERPINA1 gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




CHD7 | Charge Syndrome Genetic Test


Test information All coding exons of CHD7 gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




C1NH | Hereditary Angioedema Genetic Test


Test information All coding exons of C1NH (SERPING1) gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




HBA1 | Alpha Thalassemia Genetic Test


Test information All coding exons of HBA1 gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




HBA2 | Alpha Thalassemia Genetic Test


Test information All coding exons of HBA2 gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




HBB | Beta Thalassemia Genetic Test


Test information All coding exons of HBB gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




HLA-B Genetic Test


Test information All coding exons of HLA-B gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




APOE | Familial Hypercholesterolemia Genetic Test


Test information All coding exons of APOE gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




KCNJ11 | Permanent Neonatal Diabetes Genetic Test


Test information All coding exons of KCNJ11 gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




ELANE | Cyclic Neutropenia Genetic Test


Test information All coding exons of ELANE gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




HLA-DQB1 | Celiac Disease Genetic Test


Test information All coding exons of HLA-DQB1 gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




HFE | Hemochromatosis Genetic Test


Test information All coding exons of HFE gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




SOD1 | Amyotrophic Lateral Sclerosis Genetic Test


Test information All coding exons of SOD1 gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




MUTYH | Colorectal Cancer Genetic Test


Test information All coding exons of MUTYH gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




TNFRSF1A | TRAPS Genetic Test


Test information All coding exons of TNFRSF1A gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




MEFV | Familial Mediterranean Fever (FMF) Genetic Test


Test information All coding exons of MEFV gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




FGFR3 | Hypochondroplasia Genetic Test


Test information All coding exons of FGFR3 gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




HLA-DQA1 | Autoimmune Disease Genetic Test


Test information All coding exons of HLA-DQA1 gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




COL1A1 | Caffey Disease Genetic Test


Test information All coding exons of COL1A1 gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




TP53 | Cancer Genetic Test


Test information All coding exons of TP53 gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




ABCD1 | Adrenoleukodystrophy, Adronomyeloneuropathy Genetic Test


Test information All coding exons of ABCD1 gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




MYBPC3 | Dilate Cardiomyopathy Genetic Test


Test information All coding exons of MYBPC3 gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




MSH6 | Familial Non-Polyposis Colorectal Cancer Type V Genetic Test


Test information All coding exons of MSH6 gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




MVK | MKD/HIDS Genetic Test


Test information All coding exons of MVK gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




HNF1A | MODY3 Genetic Test


Test information All coding exons of HNF1A gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




NLRP12 | NALP12 Associated Fever Genetic Test


Test information All coding exons of NLRP12 gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




PMS2 | Familial Non-Polyposis Colorectal Cancer Type IV Genetic Test


Test information All coding exons of PMS2 gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




COL3A1 | Ehlers-Danlos Type IV Genetic Test


Test information All coding exons of COL3A1 gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




GCK | MODY2 Genetic Test


Test information All coding exons of GCK gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




RET | Medullary Thyroid Carcinoma Genetic Test


Test information All coding exons of RET gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




MLH1 | Lynch Syndrome Genetic Test


Test information All coding exons of MLH1 gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




HNF1B | MODY5 Genetic Test


Test information All coding exons of HNF1B gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




HNF4A | MODY1 Genetic Test


Test information All coding exons of HNF4A gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




PAH | Phenylketonuria Genetic Test


Test information All coding exons of PAH gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




BRCA1 | Breast-Ovary Cancer Genetic Test


Test information All coding exons of BRCA1 gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




BRCA2 | Breast-Ovary Cancer Genetic Test


Test information All coding exons of BRCA2 gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




NF2 | Neurofibromatosis 2 Genetic Test


Test information All coding exons of NF2 gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




COL4A3 | Benign Familial Hematuria Genetic Test


Test information All coding exons of COL4A3 gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




RB1 | Retinoblastoma Genetic Test


Test information All coding exons of RB1 gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




LEPR | Leptin Receptor Deficiency Genetic Test


Test information All coding exons of LEPR gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.




FBN1 | MARFAN Syndrome Genetic Test


Test information All coding exons of FBN1 gene are analyzed through next generation sequencing system. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service duration is 4-6 weeks.





Clinical Exome

Whole Exome Sequencing


With Gentera whole exome sequencing, your predisposition to and susceptibility to common or rare diseases with heritable transmission is analyzed and reported. Single or triple (mother, father, child) exome sequencing tests are widely used clinically, especially in cases of unexplained diagnosis. Test information With Gentera Ekzom, next sequencing system analyzes all the coding regions of the human genome by scanning them. Blood sample from the individual is taken into purple capped tubes and genomic DNA is isolated after the sample is received. Then, the target regions are amplified by PCR technology and the sample is made ready for the next generation sequencing system. The sequence is passed through the GDPE® bioinformatics analysis process to reveal mutations and reports are generated. Average service time is 8-10 weeks.





Clinical Exome & Targeted Seq

Sequence analysis of common and rare inherited diseases.

You can use the search tab to find the gene or disease you want from the list.