November 11, 2017. ADCI software evaluation

Nov 12, 2017   //   by Peter Rogan   //   News  //  Comments Off

The International Atomic Energy Agency (IAEA), within the recently initiated Coordinated Research Project: “Applications of Biological Dosimetry Methods in Radiation Oncology, Nuclear Medicine, Diagnostic and Interventional Radiology” (E35010) will develop clinical applications for biodosimetric techniques, in particular the dicentric assay. Many of the coordinating groups have developed the dicentric assay in their labs, but generally results are interpreted manually.

Clinical applications of biodosimetric techniques will only be routinely applied if less manpower-intensive techniques are employed. The Cytognomix ADCI software system addresses this critical need.

At the first meeting of the Research Coordinators of E35010, all respondents elected to receive evaluation versions of this software:

CRP Graphical Survey Results

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

October 30, 2017. CytoGnomix signs agreement with International Atomic Energy Agency

Oct 27, 2017   //   by Peter Rogan   //   News  //  Comments Off

Cytognomix logo

NEWS RELEASE

For immediate release

Ontario company contributes to radiation biodosimetry project at the International Atomic Energy Agency

Cytognomix accelerates estimation of radiation exposure by participating institutions of International Atomic Energy Agency (IAEA) Member States

October 30, 2017                                London, Ontario, Canada                              Cytognomix Inc

Calibration of radiation exposure needs to be accurate for effective cancer treatment. Treatment of radiation overexposures depends on precise measurement of absorbed dose and the type of radiation received. Quantification of radiation exposure by biodosimetry testing needs to be timely for patients to benefit.

The IAEA is committed to encouraging and assisting research on, and development of practical applications of atomic energy for peaceful uses throughout the world. It has extended the opportunity to research institutes in Member States to participate in the Coordinated Research Project (CRP) E35010 entitled ‘Applications of Biological Dosimetry Methods in Radiation Oncology, Nuclear Medicine, and Diagnostic and Interventional Radiology.’

The IAEA is sponsoring CytoGnomix’s Research Project, entitled ‘Determination of Radiation Exposure by Fully Automated Dicentric Chromosome Analysis.’  This project will enable laboratories and research institutions of Member States to use Cytognomix’s technology to accelerate testing radiation exposure.

In this project, Cytognomix Inc. will use its systems to automatically analyze digital images of chromosomes exposed to radiation to estimate exposure. Results obtained by biodosimetry laboratories at Health Canada and Canadian Nuclear Laboratories suggest that the results are similar to traditional manual analyses, but are achieved considerably more quickly. This research will expand access to these systems by other laboratories participating in IAEA’s Coordinated Research Project.

Accuracy and speed of the automated system  will be compared with previous results from collaborating CRP laboratories that were obtained by manual or computer-assisted DCA scoring. It is  anticipated that cell image data obtained from test samples in prior or current international joint laboratory exercises or  independent assay validation activities will be reused in this study. Each collaborating laboratory will also receive a demonstration software version containing their calibration curve and test sample data. Dose estimates obtained by CytoGnomix will be  compared with results obtained by collaborators. If the previous results are comparable to those obtained with ADCI in  different laboratories, this will establish the feasibility of undertaking larger scale, batch analysis of populations of individuals that  have potentially received radiation exposure.  A unique aspect of the proposed study will assess whether it enables greater standardization of results obtained by  different laboratories, because all labs will use a common algorithm to process their data, while still allowing different labs to  customize their own calibration curves for determining unknown radiation exposures, which addresses differences in chromosome preparation methods and radiation calibration sources between labs.

Quotes

“The IAEA has recognized the critical need for faster approaches to accurately determine radiation exposure that address impending needs by its members. By sponsoring our project, CytoGnomix will have a unique opportunity to provide hands-on experiences to radiation biodosimetry laboratories and centres worldwide.”

Dr. Peter K. Rogan

President of Cytognomix Inc.

 

Quick facts

  • Established in 2009, CytoGnomix Inc. is a biotechnology company that designs and markets advanced genomic reagents and software-based solutions. Its products personalize the diagnosis, evaluation and management of cancer, prenatal disorders and other genetic diseases.
  • CytoGnomix’s ADCI software system selects high-quality cells from all types of digital images for analysis, identifies chromosome anomalies, builds biodosimetry calibration curves and estimates exposure in less than an hour.
  • In 2017, IAEA is sponsoring 35 Cooperative Research Activities on diverse topics concerning the peaceful use of atomic energy. CRP E35010, which is focused on the biological effects of radiation, is one of 5 projects focused on human health. The decision to award a research contract or agreement is made after careful consideration of the technical merits of the proposal, the compatibility of the project with the IAEA’s own functions and approved programmes, the availability of appropriate facilities and personnel in the institution and previous research work related to the project. Where it is recognized that the award of a particular research or technical contract or research agreement would materially assist one of the IAEA’s programmes, an invitation is sent to those institutions believed to have the necessary facilities and personnel, and the Government of the Member State concerned is kept informed.

 

Associated links

CytoGnomix: company website;  radiation biodosimetry website

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IAEA:  website

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Contacts

Corporate Communications, CytoGnomix

(1) 519-661-4255

info@cytognomix.com

 

 

 

October 4, 2017. Three upcoming presentations at the American Society of Human Genetics annual conference

Oct 4, 2017   //   by Peter Rogan   //   News  //  No Comments

PgmNr 182: Splicing mutation risk analysis in hereditary breast and ovarian cancer exomes. (Platform)

Thurs, Oct 19. 11:00am -12:30pm. Session 40. Defining High Risk in Cancer. Room 230C – Level 2/Orlando Convention Center 

E.J. Mucaki 1; B.C. Shirley 2; S.N. Dorman 1; P.K. Rogan 1,2  1) Biochemistry, University of Western Ontario, London, Ontario, Canada; 2) CytoGnomix Inc, London, Ontario, Canada


Genetic testing of patients with inherited cancer frequently reveals variants of unknown significance (VUS). We have presented an Information Theory (IT) framework to predict and prioritize coding and non-coding VUS in hereditary breast and ovarian cancer (BRCA) patients, including effects on mRNA splicing1,2. We investigated the exome wide distribution of predicted mRNA splicing mutations in a large BRCA cohort. Predicted splicing mutations in IT-based splicing analysis of all variant data from AmbryShare BRCA exome (n=11,416; with 1.2 million VUS) and the control genome Aggregation Databases (gnomAD; n=138,632) were identified using the Shannon splicing mutation software pipeline3. IT-flagged variant frequencies (decreasing Ri values [in bits] of either leaky or inactivated natural splice sites [∆Ri >4 bits and Ri ≤ 1.6] or strengthened cryptic splices sites with an Ri exceeding that of adjacent natural sites) were compared for each gene using odds ratios (OR). ORA is defined as the ratio of frequencies of the same flagged variants in a gene in AmbryShare relative to gnomAD. ORis based on the ratio of frequencies of all flagged variants in a gene in AmbryShare relative to all flagged variants in that gene in gnomAD. A greater number of IT-flagged variants were present in AmbryShare than in gnomAD among 2012 genes with severe splicing mutations. Increasing the ∆Ri threshold disproportionally decreases the number of flagged variants in gnomAD due to fewer severe splicing mutations. Variants that abolish natural splice sites flagged known inherited breast cancer genes with respectively increased ORand ORP inATM (493, 407), BARD1 (407, 407), BRCA1 (19, 14), BRCA2 (54, 54),CDH1 (549, 549), MLH1 (303, 303), MUTYH (95, 11), and PALB2 (233, 116). Other flagged breast cancer-related genes with high OR includeAAMP, C1QTNF6CDK3FOLR1PRLRRAD50RING1S100A2SRGN,TMSB10TYRO3, and VIM. Notable highly mutated genes from other cancers include GKN1 (gastric), C1orf61 (hepatocellular), CREM(prostate), PNKP (multiple), PPP1CA (gastric) and ZFAND2B (myeloid). Flagged genes not known to be linked to cancer include ATP1A4, MFF,PACSIN1PTS, and USH1C. Severe splicing mutations occur more frequently in inherited and somatic breast cancer genes as well as in other genes in BRCA populations.
1Mucaki et al. BMC Med. Genom. 9:19, 2016; 2Caminsky et al. Hum. Mut. 37:640, 2016; 3Shirley et al. Genom. Prot. Bioinf. 11:75, 2013.    Keywords: Cancer; Bioinformatics; Genomics; Population genetics; Statistical genetics

 

PgmNr 1268/T: Accurate radiation biodosimetry through automation of metaphase cell image selection and chromosome segmentation. (Poster)

Thurs, Oct 19.  2:00pm – 4:00pm. Bioinformatics and Computational Approaches. Exhibit Hall, Level 1, Orlando Convention Center 

Y. Li 1; J. Liu 2; B. Shirley 1; R. Wilkins 3; F. Flegal 4; J.H.M. Knoll 1,2; P.K. Rogan 1,2   1) CytoGnomix Inc, London, Ontario, Canada; 2) University of Western Ontario, London, Ontario Canada; 3) Health Canada, Ottawa, Ontario, Canada; 4) Canadian Nuclear Laboratories, Chalk River, Ontario, Canada


The dicentric chromosome (DC) assay is a standardized method that is recommended for determination of biologic radiation exposure1,2. Software to fully automate this assay has been developed in our laboratory3. This method relies on high quality microscope-derived images of metaphase cells to reduce the rate of false positive (FP) DCs. We present image processing methods to eliminate suboptimal metaphase cell images based on novel quality measures and to reclassify FPs by analyzing their morphological features. A set of chromosome segmentation thresholds selectively filtered out FPs, arising primarily from extended prometaphase chromosomes, sister chromatid separation and chromosome fragmentation. This reduced the number of FPs by 55% and was highly specific to the abnormal structures (≥97.7%). Image segmentation filters selectively remove images with consistently unparsable or incorrectly segmented chromosome morphologies, while image ranking sorts images according to their qualities and enables selection of optimal images in samples. Overall, these methods can eliminate at least half of the FPs detected by manual image review. By processing data to derive calibration curves and to assess samples of unknown exposures with the same image selection models, average dose estimation errors were reduced from 0.6 Gy to 0.3 Gy, without requiring manual review of DCs. During this presentation, we will use our software to demonstrate that metaphase image filtering and object selection constitute a reliable and scalable approach for biodosimetry, resulting in more accurate radiation dose estimates.

1. International Atomic Energy Agency. (2001) Cytogenetic Analysis for Radiation Dose Assessment, a Manual: Technical Reports Series. No. 405, International Atomic Energy Agency, Vienna.
2. International Atomic Energy Agency. (2011) Cytogenetic Dosimetry: Applications in Preparedness for and Response to Radiation Emergencies, International Atomic Energy Agency, Vienna.
3. Rogan, P. K., Li, Y., Wilkins, R. C., Flegal, F. N., and Knoll, J. H. M. (2016) Radiation Dose Estimation by Automated Cytogenetic Biodosimetry, Radiation Protection Dosimetry 172, 207-217.

Keywords: Bioinformatics; Centromere structure/function; Chromosomal abnormalities; Diagnostics; Public health

PgmNr 1288/W: Predicting exposure to ionizing radiation by biochemically-inspired genomic machine learning. (Poster)

Wed, Oct 18.  3:00pm – 4:00pm. Bioinformatics and Computational Approaches. Exhibit Hall, Level 1, Orlando Convention Center. 
J.Z.L. Zhao; E.J. Mucaki; P.K. Rogan.  Dept Biochemistry, University of Western Ontario, and CytoGnomix Inc., London, Ontario, Canada


Analyzing gene expression in peripheral blood mononuclear cells reveals profiles that predict radiation exposure in humans and mice by logistic regression (PLoS Med. 4:e106; PLoS ONE. 3:e1912). Using biochemically-inspired methods (Mol. Onc. 10:85-100), we derive gene signatures to predict the level of radiation exposure with improved accuracies. DNA repair genes responsive or differentially expressed upon radiation exposure and orthologs highly expressed in species resilient to radiation exposure (n=998) were analyzed by two-sampled t-tests comparing expression in individuals unexposed and exposed to radiation (150-200 cGy: humans or 50-1000 cGy: mice). Significance thresholds for including a gene in developing a signature were adjusted based on radiation dose, from p < 0.01 (50 cGy) to < 1E-14 (1000 cGy), equivalent to ~10% of genes. Support Vector Machine (SVM) signatures were derived by backward feature selection (BFS) or minimum-redundancy-maximum-relevance (mRMR) and validated using leave-one-out cross validation (LOOCV) and external datasets. GEO datasets GSE6874 and GSE10640 were used for training and testing. Signatures derived by BFS from the human patients of GSE6874 (n=78) included α) GADD45A, GTF3A, TNFRSF4, XPC and β) ATR, GADD45A, GTF3A, IL2RB, MYC, NEIL2, RBM15, SERPINB1, XPC, which both distinguished irradiated from unirradiated individuals with 98% sensitivity and 100% specificity in LOOCV. Validating these signatures on the human patients of GSE10640 (n=71) confirms that α and β are both 92% sensitive and, respectively, 94% and 96% specific. mRMR found the 10 “best” genes from the murine samples of GSE10640 (n=104) to create a signature at each radiation dose; several genes were common among signatures. Signature δ (50 cGy) included PHLDA3, BAX, NBN, CCT3, CDKN1A, CCNG1, POLK, ERCC5, GCDH, and RAMP1. Signature ε (200 cGy) included PHLDA3, LIMD1, CCT3, BAX, MS4A1, GLIPR2, BLNK, BCAR3, CDKN1A, andTFAM. Signature ζ (1000 cGy) included CCT3, SUCLG2, EI24, CNBP, PHLDA3, TPST1, HEXB, FEN1, CDKN1A, and BLNK. When validated on the murine samples of GSE6874 (n=14), each signature correctly predicted the exposure status of all mice. Our approach produces signatures with higher accuracies in cross- and external validation datasets than prior logistic regression models, with significantly improved sensitivities in detecting radiation exposure in humans. This will be useful in identifying nearly all radiation-exposed individuals in a mass casualty.

Keywords: Bioinformatics; Diagnostics; Transcriptome; Computational tools; Hematopoietic system

September 15, 2017. Projects featured in SHARCNET community update

Sep 16, 2017   //   by Peter Rogan   //   News  //  Comments Off

SHARCNET article

September 12, 2017. New publication on cancer of unknown primary

Sep 13, 2017   //   by Peter Rogan   //   News  //  Comments Off

Hannouf MB,  Winquist E,  Mahmud SM,   Brackstone M,  Sarma S,  Rodrigues G,  Rogan PK,  Hoch JS, Zaric GS.  The clinical and economic impact of primary tumour identification in metastatic cancer of unknown primary tumour: a population-based retrospective matched cohort study, PharmacoEconomics, 2017 (doi:10.1007/s41669-017-0051-2)  Link:  pdf

Sept. 6, 2017. Article in Western News about Radiation Biodosimetry project

Sep 7, 2017   //   by Peter Rogan   //   News  //  Comments Off

WesternNewsArticleADCI2017pic

(click on article)

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

                         Link to Article 

September 3, 2017. New video protocol describing radiation biodosimetry software

Sep 5, 2017   //   by Peter Rogan   //   News  //  Comments Off

Download the written protocol: link

August 24, 2017. Announcement of BCIP contract to CytoGnomix by the Government of Canada

Aug 23, 2017   //   by Peter Rogan   //   News  //  Comments Off

The press event will take place at the Convergence Centre, Western Research Park, London Ontario, 24-Aug-2017 at 10:30 AM.

pressrelease8-24-2017

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

August 9, 2017. Publication on improved accuracy in radiation biodosimetry

Aug 2, 2017   //   by Peter Rogan   //   News  //  Comments Off

Liu J, Li Y, Wilkins R, Flegal F, Knoll JHM, Rogan PK.  Accurate Cytogenetic Biodosimetry Through Automated Dicentric Chromosome Curation And Metaphase Cell Selection, F1000Research 2017, 6:1396 (doi: 10.12688/f1000research.12226.1) [preprint in bioRxiv; doi: https://doi.org/10.1101/120410].

F1000Res6_1396

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

July 12, 2017. CytoGnomix exhibiting at 2017 American Society of Human Genetics Annual Conference

Jul 12, 2017   //   by Peter Rogan   //   News  //  Comments Off

We will be exhibiting our cytogenetics and genomics products at the upcoming American Society of Human Genetics Annual Conference in Orlando, Florida (Oct 17-21, 2017). Please visit our booth or come by to ask questions our software and reagents. Talk to us about genome interpretation with MutationForecaster, radiation dose estimation with the Automated Dicentric Chromosome Identifier, or single copy reagents for NGS capture, FISH or microarrays.  We will also be presenting 3 scientific papers at the meeting.

We  welcome inquiries about joint R & D projects and partnerships.  Contact us.

IMG_20170510_152105

July 5, 2017. MutationForecaster®: improved documentation

Jul 5, 2017   //   by Peter Rogan   //   News  //  Comments Off

We have restructured and added new content to the MutationForecaster®  “Learn More” page:

LearnMoreUpdated

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

June 30, 2017. New publication on breast cancer genetics

Jul 1, 2017   //   by Peter Rogan   //   News  //  Comments Off

Yang et al. Prevalence and spectrum of germline rare variants in BRCA1/2 and PALB2 among breast cancer cases in Sarawak, Malaysia. Breast Cancer Research and Treatment, 2017.  (Link to paper  [pdf])

This study applies information theory based mutation analysis to interpret pathogenic variants and variants of uncertain significance in these genes.

 

June 21, 2017. Landing page: Radiation.CytoGnomix.com

Jun 21, 2017   //   by Peter Rogan   //   News  //  Comments Off

Check our CytoGnomix’s new radiation biodosimetry landing page:

Capture

 

 

 

 

 

 

 

 

 

 

 

 

 

June 3, 2017. Presentation at Variant Detection 2017

Jun 3, 2017   //   by Peter Rogan   //   News  //  Comments Off

variants2017

Peter Rogan will be presenting “A Unified Framework For Prioritization Of Variants Of Uncertain Significance In Hereditary Breast And Ovarian Cancer” at Variant Detection 2017 in Santiago de Compostela Spain on June 5, 2017.

Coauthors are Eliseos Mucaki1, Natasha Caminsky1, Ruipeng Lu1, Joan Knoll1,2 and Peter Rogan1,2. 1University of Western Ontario, 2CytoGnomix Inc.

Abstract:

Purpose: A significant proportion of HBOC patients receive uninformative genetic testing results, an issue exacerbated by the overwhelming quantity of variants of uncertain significance identified. We apply information theory (IT) to predict and analyze non-coding variants of uncertain significance (VUS) in regulatory, coding, and intronic regions based on changes in binding sites in these genes. This provides a unifying framework where, aside from protein coding changes, pathogenic variants occurring within sequence elements can be prioritized based 19 on their recognition by proteins involved in mRNA splicing, transcription, and untranslated region binding and structure. To support the utilization of IT analysis, we established IT-based variant interpretation accuracy by performing a comprehensive review of mutations altering mRNA splicing in rare and common diseases1.

Methods: We captured and enriched for coding and non-coding variants in genes known or suspected to increase HBOC risk. Custom oligonucleotide baits spanning the complete coding, non-coding, and intergenic regions 10 kb up- and downstream of ATM, BRCA1, BRCA2, CDH1, CHEK2, PALB2, TP53, ATM, BARD1, BRCA1, BRCA2, CDH1, CHEK2, EPCAM, MLH1, MRE11A, MSH2, MSH6, MUTYH, NBN, PALB2, PMS2, PTEN, RAD51B, STK11, TP53, and XRCC2 were synthesized for solution hybridization enrichment. Aside from protein coding and copy number changes, IT-based sequence analysis was used to identify and prioritize pathogenic non-coding variants that occurred within sequence elements predicted to be recognized by proteins or protein complexes involved in mRNA splicing, transcription, and untranslated region (UTR) binding and structure. Mutation-associated affinity changes were computed in transcription factor (TFBSs)2, splicing regulatory (SRBSs)3, and RNA-binding protein (RBBSs)4 binding sites following mutation. This approach was supplemented by in silico and laboratory analysis of UTR structure.

Results: Unique and divergent repetitive sequences were sequenced in 379 high-risk, patients without identified mutations in BRCA1/2. We identified 47,501 unique variants and we prioritized 429 variants. The methods were first applied in 7 complete genes (ATM, BRCA1, BRCA2, CDH1, CHEK2, PALB2, TP53) in 102 anonymized individuals (15,311 variants)4, then validated in 287 patients in an ethics board approved study (38,372 variants)5. In the validation study, we prioritized variants affecting the strengths of 10 splice sites (4 natural, 6 cryptic), 148 SRBS, 36 TFBS, and 31 RBBS. Three variants were also prioritized based on their predicted effects on mRNA secondary (2°) structure, and 17 for pseudoexon activation. Additionally, 4 frameshift, 2 in-frame deletions, and 5 stopgain mutations were identified. Multifactorial cosegregation analysis further reduced the set of candidate pathogenic variants in some families.

Conclusion: Complete gene sequence analysis followed by a unified framework can be used to interpret non-coding variants that may affect gene expression. When combined with pedigree information, complete gene sequence analysis can distill large numbers of VUS among a wide spectrum of functional mutation types to a limited set of variants for downstream functional and co-segregation analysis. References: 1Caminsky et al. F1000Res 3:282, 2015; 2Lu et al. Nucleic Acids Res. doi: 10.1093/nar/gkw1036, 2016; 3Mucaki et al. Hum. Mut. 34:557-565. 2013; 4Mucaki et al. BMC Med Genomics. 9:19, 2016; 5Caminsky et al. Hum. Mut. 37:640-52, 2016.

June 1, 2017. Products delivered under the Build in Canada Innovation Program

Jun 3, 2017   //   by Peter Rogan   //   News  //  Comments Off

CytoGnomix has delivered the Automated Dicentric Chromosome Identifier and Dose Estimator system to the Healthy Environments and Consumer Safety Branch at Health Canada, Government of Canada and to the Biodosimetry laboratory at Canadian Nuclear Laboratories.  Each lab received two licensed versions of the product on a state of the art MSI portable computer  and two full days of training on the systems. Experienced personnel will use ADCI to perform tests on radiation exposed blood  samples from international comparative biodosimetry exercises. They will evaluate accuracy of dose estimation and speed of analysis.   

May 22, 2017. Protocol on automated radiation biodosimetry accepted for publication

May 22, 2017   //   by Peter Rogan   //   News  //  Comments Off

JoVE

Our article:

“Expedited radiation biodosimetry by automated dicentric chromosome identification and dose estimation”

Ben Shirley 1^ , Yanxin Li 1^ , Joan H. M. Knoll 1,2 , and Peter K. Rogan 1,3

1 CytoGnomix, Departments of 2 Pathology and Laboratory Medicine and 3 Biochemistry, Western

University, London, ON Canada

has been accepted for publication in the Journal of Visualized Experiments. The paper describes, in detail, the protocol for use of the Automated Dicentric Chromosome Identifier and Dose Estimator (ADCI). It will be accompanied by a professionally produced video that illustrates how the software is used to determine radiation dose from metaphase cell images.

Short abstract:

The cytogenetic dicentric chromosome (DC) assay quantifies exposure to ionizing radiation. The Automated Dicentric Chromosome Identifier and Dose Estimator software accurately and rapidly estimates biological dose from DCs in metaphase cells. It distinguishes monocentric chromosomes and other objects from DCs, and estimates biological radiation dose from the frequency of DCs.

May 4, 2017. CytoGnomix introducing new biodosimetry product

May 4, 2017   //   by Peter Rogan   //   News  //  Comments Off

MasterLogo-RGB  CytoGnomix will be exhibiting at the 22nd Nuclear Medical Defense Conference, next week (May 8th to 11th 2017) in Munich, Germany. We will be introducing our biodosimetry product, the Automated Dicentric Chromosome Identifier and Dose Estimator (ADCI) at the meeting. We will also be presenting a poster on novel, patent pending methods to automatically curate metaphase cell selection and chromosomes in digital images.

ConRad2017

April 18, 2017. US Patent 9,624,549 issued about chemotherapy target identification

Apr 18, 2017   //   by Peter Rogan   //   News  //  Comments Off

US Patent 9,624,549 has been issued!
“Stable gene targets in breast cancer and use thereof for optimizing therapy. ” Peter K Rogan and Joan Knoll.    (link)

This technology is the basis of biochemically inspired chemotherapy prediction by machine learning (http://chemotherapy.cytognomix.com).

April 8, 2017. Presentation about chemotherapy outcome prediction

Apr 9, 2017   //   by Peter Rogan   //   News  //  Comments Off

Rogan PK, Mucaki EJ, Baranova K, Dorman S, Knoll JHM. Predicting responses to chemotherapies by biochemically-inspired machine learning. Innovative Approaches to Optimal Cancer Care in Canada, Canadian Partnership against Cancer, Toronto, Apr. 6-8, 2017. (Link to abstract)

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