Faculty

Institution

Unit

Venue

Thomas Huang

Associate Professor

University of Hawaii at Manoa

Affiliations

John A. Burns School of Medicine

Obstetrics, Gynecology, and Women's Health

Thomas Huang is currently serving as a John A. Burns School Of Medicine Associate Professor at University of Hawaii At Manoa.

Honors

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Experiences

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Education

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Thomas Huang

University of Hawaii at Manoa

Associate Professor

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reproductive biology developmental biology fertility reproductive physiology sterility reproductive medicine reproductive science genetics embryology mammalian biology biology human reproduction assisted reproduction cell biology obstetrics and gynaecology human blastocyst expansion human spermatozoa anatomy veterinary medicine infertility morphology (biology) biological imaging medical imaging animal science reproductive health animal reproduction vitrification medical image analysis reproductive biotechnology genome biology avian biology experimental botany zoology animal physiology biomedical imaging cancer imaging medical image computing andrology wildlife biology experimental biology companion animals animal studies breeding behavior oocytes oogenesis bioimage analysis obstetrics computational anatomy image segmentation embryonic development genotype-phenotype association cohort studies endogenous nuclease loop-sized fragments porcine zonae pellucidae active immunization quantitative marker embryo selection early blastocyst expansion meiotic spindle microtubule-organizing center time-lapse image files neural network analysis short-term storage electrolyte-free medium cryopreserved blastocysts gynecology endocrinology reproductive endocrinology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Predicting Frequency Distributions of Blastocyst Biopsy Genotypes by Their Discrete Cohort Size Using the Binomial Theorem. Reproductive BioMedicine Online (2024)

Thomas T.F. HuangBrienne WalkerHyeong J. AhnKyle IshikawaChristina ArnettChristopher T.F. Huang

genotype-phenotype associationbioinformaticsbiostatisticsfrequency distributionsdiscrete cohort sizebinomial theorembiopsied genotypes

Quantitative Standardized Expansion Assay: An Artificial Intelligence-Powered Morphometric Description of Blastocyst Expansion and Zona Thinning Dynamics. Life (2024)

Danilo CimadomoSamuele TrioTamara CanosiFederica InnocentiGaia SaturnoMarilena TaggiDaria Maria SosciaLaura AlbricciBen KantorMichael DvorkinAnna SvenssonThomas HuangAlberto VaiarelliGianluca GennarelliLaura Rienzi

biologyblastocyst expansionzona thinning dynamics

Comparison of Euploid Blastocyst Expansion With Subgroups of Single Chromosome, Multiple Chromosome, and Segmental Aneuploids Using an AI Platform From Donor Egg Embryos. Journal of Assisted Reproduction and Genetics (2023)

Kristen HoriKaitlin HoriThomas KosasaBrienne WalkerAaron OhtaHyeong J. AhnThomas T. F. Huang

geneticsreproductive biologysegmental aneuploidssingle chromosomeembryologyeuploid blastocyst expansiondonor egg embryosassisted reproductionai platform

Low Levels of Mouse Sperm Chromatin Fragmentation Delay Embryo Development. Biology of Reproduction (2023)

Hieu NguyenJordi Ribas-MaynouHongwen WuBeverly QuonTracy InouyeBrienne WalkerCaitlin LangamanThomas T F HuangW Steven Ward

biologyreproductive biologydevelopmental biologyembryologyembryonic developmentanimal reproductionmammalian biology

An Artificial Intelligence Program Reveals That Euploid Blastocysts Expand Faster Than Mosaic Aneuploid Subgroups and Mosaic Duplications/Deletions Using a Standard Assay 10 Hours After Blastocyst Formation. Fertility and Sterility (2021)

Reema GhatnekarThomas TF. HuangThomas T. Kosasa

mosaic aneuploid subgroupsdevelopmental biologyfertilityblastocyst formation

Comparison of Euploid Donor Egg Blastocyst Expansion With Subgroups of Single Chromosome, Multiple Chromosome, and Segmental Aneuploidy Calls Using an AI Platform. Fertility and Sterility (2021)

Thomas T.F. HuangKristen S. HoriKaitlin H. HoriCelia E. DominguezThomas T. Kosasa

geneticsreproductive biologymultiple chromosomesingle chromosomefertilityai platform

Deep Learning Neural Network Analysis of Human Blastocyst Expansion From Time-Lapse Image Files. Reproductive BioMedicine Online (2021)

Thomas T.F. HuangThomas KosasaBrienne WalkerChristina ArnettChristopher T.F. HuangChelsea YinYousuf HarunHyeong J. AhnAaron Ohta

deep learningreproductive physiologyreproductive biologymedicinetime-lapse image filesmedical imagingneural network analysisgynecologyreproductive healthbioinformaticsimage analysisobstetrics and gynaecologyreproductive sciencebiological imaginghealth sciencesbioimage analysismedical image analysisreproductive medicinehuman blastocyst expansionreproductive biotechnology

Automated Computer Analysis of Human Blastocyst Expansion From Embryoscope Time-Lapse Image Files. Fertility and Sterility (2019)

Thomas TF. HuangBrienne C. WalkerM.Y. HarunAaron T. OhtaM.A. RahmanJoshua MellingerWilly Chang

computer sciencereproductive biologybioinformaticssterilitydevelopmental biologyfertilityreproductive sciencereproductive medicinehuman blastocyst expansion

Early Blastocyst Expansion in Euploid and Aneuploid Human Embryos: Evidence for a Non-Invasive and Quantitative Marker for Embryo Selection. Reproductive BioMedicine Online (2019)

Thomas TF HuangDavid H HuangHyeong J AhnChristina ArnettChristopher TF Huang

early blastocyst expansiondevelopmental biologyembryologyembryo selectionquantitative marker

Inner Cell Mass and Trophectoderm Segmentation in Human Blastocyst Images Using Deep Neural Network. (2019)

Md Yousuf HarunThomas HuangAaron T. Ohta

deep neural networkcancer imaginghealth sciencesinner cell massmedical image analysishuman blastocyst imagesneuroimagingmedical image computinganatomyimage segmentationbiomedical imagingmedical imagingdermatologycell biologytrophectoderm segmentationbiological imagingbiometricscomputational anatomy

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Thomas Huang

Associate Professor

University of Hawaii at Manoa

Affiliations

John A. Burns School of Medicine

Obstetrics, Gynecology, and Women's Health

Thomas Huang is currently serving as a John A. Burns School Of Medicine Associate Professor at University of Hawaii At Manoa.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Thomas Huang

University of Hawaii at Manoa

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Predicting Frequency Distributions of Blastocyst Biopsy Genotypes by Their Discrete Cohort Size Using the Binomial Theorem. Reproductive BioMedicine Online (2024)

Thomas T.F. HuangBrienne WalkerHyeong J. AhnKyle IshikawaChristina ArnettChristopher T.F. Huang

genotype-phenotype associationbioinformaticsbiostatisticsfrequency distributionsdiscrete cohort sizebinomial theorembiopsied genotypes

Quantitative Standardized Expansion Assay: An Artificial Intelligence-Powered Morphometric Description of Blastocyst Expansion and Zona Thinning Dynamics. Life (2024)

biologyblastocyst expansionzona thinning dynamics

Kristen HoriKaitlin HoriThomas KosasaBrienne WalkerAaron OhtaHyeong J. AhnThomas T. F. Huang

geneticsreproductive biologysegmental aneuploidssingle chromosomeembryologyeuploid blastocyst expansiondonor egg embryosassisted reproductionai platform

Low Levels of Mouse Sperm Chromatin Fragmentation Delay Embryo Development. Biology of Reproduction (2023)

Hieu NguyenJordi Ribas-MaynouHongwen WuBeverly QuonTracy InouyeBrienne WalkerCaitlin LangamanThomas T F HuangW Steven Ward

biologyreproductive biologydevelopmental biologyembryologyembryonic developmentanimal reproductionmammalian biology

Reema GhatnekarThomas TF. HuangThomas T. Kosasa

mosaic aneuploid subgroupsdevelopmental biologyfertilityblastocyst formation

Comparison of Euploid Donor Egg Blastocyst Expansion With Subgroups of Single Chromosome, Multiple Chromosome, and Segmental Aneuploidy Calls Using an AI Platform. Fertility and Sterility (2021)

Thomas T.F. HuangKristen S. HoriKaitlin H. HoriCelia E. DominguezThomas T. Kosasa

geneticsreproductive biologymultiple chromosomesingle chromosomefertilityai platform

Deep Learning Neural Network Analysis of Human Blastocyst Expansion From Time-Lapse Image Files. Reproductive BioMedicine Online (2021)

Thomas T.F. HuangThomas KosasaBrienne WalkerChristina ArnettChristopher T.F. HuangChelsea YinYousuf HarunHyeong J. AhnAaron Ohta

Automated Computer Analysis of Human Blastocyst Expansion From Embryoscope Time-Lapse Image Files. Fertility and Sterility (2019)

Thomas TF. HuangBrienne C. WalkerM.Y. HarunAaron T. OhtaM.A. RahmanJoshua MellingerWilly Chang

computer sciencereproductive biologybioinformaticssterilitydevelopmental biologyfertilityreproductive sciencereproductive medicinehuman blastocyst expansion

Early Blastocyst Expansion in Euploid and Aneuploid Human Embryos: Evidence for a Non-Invasive and Quantitative Marker for Embryo Selection. Reproductive BioMedicine Online (2019)

Thomas TF HuangDavid H HuangHyeong J AhnChristina ArnettChristopher TF Huang

early blastocyst expansiondevelopmental biologyembryologyembryo selectionquantitative marker

Inner Cell Mass and Trophectoderm Segmentation in Human Blastocyst Images Using Deep Neural Network. (2019)

Md Yousuf HarunThomas HuangAaron T. Ohta

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reproductive hormone

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