Faculty

Institution

Unit

Venue

Birgit M. Dietz

Research Associate Professor

University of Illinois Chicago

Affiliations

Herbert M. and Carol H. Retzky College of Pharmacy

Pharmaceutical Sciences

Birgit M. Dietz is currently serving as a Herbert M. And Carol H. Retzky College Of Pharmacy Research Associate Professor at University of Illinois Chicago.

Honors

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Experiences

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Education

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Birgit M. Dietz

University of Illinois Chicago

Research Associate Professor

You can click a keyword to filter the displayed items

pharmacology endocrinology biochemistry botany phytochemistry natural products plant science natural product research phytotherapy research medicinal chemistry bioactive compounds phytochemical analysis drug discovery herbal medicine medicine medicinal research phytochemicals toxicology endocrine research women's health enzyme inhibition phytopharmacology clinical chemistry plant physiology redox biology pharmacognosy cancer prevention chemistry food research herb-drug interactions agricultural chemistry cancer biology black cohosh food science food chemistry preventive medicine clinical toxicology menopause hormone therapy red clover gynecologic oncology reproductive medicine experimental toxicology endocrine disruptors molecular nutrition agricultural sciences crop science nutraceutical ingredient pathway analysis mechanisms of action mammary gland menopausal symptoms differential effects angelica botanicals estrogen receptor botanical integrity neurochemistry molecular neurobiology brain science pharmacokinetics comparative endocrinology plant health physiological plant pathology food toxicology cancer screening cancer risk medical nutrition oral contraceptives botanical extracts gastrointestinal disorders quinone reductase menadione-induced dna damage their bioactive phytochemicals valerenic acid valerian extract prenylated hop phenols oral administration

Notable Scholarly Works

Notable Federal Grants

Collaborators

Breast Cancer Prevention With Liquiritigenin From Licorice Through the Inhibition of Aromatase and Protein Biosynthesis in High-Risk Women’s Breast Tissue. Scientific Reports (2023)

Atieh HajirahimkhanCaitlin HowellElizabeth T. BartomHuali DongDaniel D. LantvitXiaoling XueiShao-Nong ChenGuido F. PauliJudy L. BoltonSusan E. ClareSeema A. KhanBirgit M. Dietz

breast cancer preventionpharmacologyhigh-risk womenbreast cancerbreast tissue

Designer Fraction Concept Unmasks Minor Bioactive Constituents in Red Clover (Trifolium Pratense L.). Phytochemistry (2023)

Ryan HitzmanGonzalo R. Malca-GarciaCaitlin HowellHyun-Young ParkJ. Brent FriesenHuali DongTareisha DunlapJames B. McAlpineGuenter VollmerMaarten C. BoslandDejan NikolićDavid C. LankinShao-Nong ChenJudy L. BoltonGuido F. PauliBirgit M. Dietz

red cloveragricultural chemistryplant biotechnologyphytochemistryphytochemicalsplant sciencebotanyagricultural economics

Supplementary Figures 1-3 From Hops ( I Humulus Lupulus /I ) Inhibits Oxidative Estrogen Metabolism and Estrogen-Induced Malignant Transformation in Human Mammary Epithelial Cells (Mcf-10A). (2023)

L.P. HemachandraP. MadhubhaniR. ChandrasenaP. EsalaShao-Nong ChenMatthew MainDavid C. LankinRobert A. ScismBirgit M. DietzGuido F. PauliGregory R.J. ThatcherJudy L. Bolton

nanomedicinetherapeutic efficacycell biologyendocrinologymolecular cancermammary glandbreast cancercancer biologydermatologyendocrine-related cancersmammalian biologytherapeutic targetsoxidative estrogen metabolismtumor biologyendocrine researchenzyme inhibitionpharmacologyphotomedicineestrogen-induced malignant transformationmedicinal research

Inhibition of Aromatase by Hops, Licorice Species, and Their Bioactive Compounds in Postmenopausal Breast Tissue. bioRxiv (Cold Spring Harbor Laboratory) (2022)

Atieh HajirahimkhanCaitlin HowellShao-Nong ChenSusan E. ClareGuido F. PauliSeema A. KhanJudy L. BoltonBirgit M. Dietz

physiologymedicinal chemistrygene expressionpharmacologyavian biologyendocrinologyavian medicineveterinary medicineapplied microbiologyherbal medicinechemical biologylicorice speciespostmenopausal breast tissueplant biochemistryplant scienceherb-drug interactionsendocrine researchbiochemistry

291_flavosar. Harvard Dataverse (2021)

Charlotte SimmlerObinna C. MbachuGuido F. PauliJudy L. BoltonBirgit Dietz

Abstract 2566: The Potential Role of Licorice and Its Bioactive Compounds in Promoting a Tumor Preventive Environment in the Postmenopausal Breast. Cancer Research (2021)

Atieh HajirahimkhanCaitlin HowellShao-Nong ChenSusan E. ClareGuido F. PauliJudy L. BoltonBirgit M. DietzSeema A. Khan

breast oncologymedicinecancer carecancer managementpotential rolepostmenopausal breastantioxidantstumor preventive environmentbreast cancertumor microenvironmentcancer biologyhealth sciencescancer researchpreventive medicinecancer treatmenttumor biologycancer preventionphytotherapy researchpharmacologyoncologymedicinal research

Abstract Ps8-10: Inhibition of Estrogen Biosynthesis by Hops, Licorice Species, and Their Bioactive Compounds. Cancer Research (2021)

Atieh HajirahimkhanCaitlin HowellTareisha DunlapShao-Nong ChenSusan E. ClareGuido F. PauliJudy L. BoltonBirgit M. DietzSeema A. Khan

medicinal chemistrybiochemistrycancer carecancer managementendocrinologymolecular cancercancer biologyhealth sciencesestrogen biosynthesiscancer researchcancer treatmenttumor biologyendocrine researchphytotherapy researchenzyme inhibitionpharmacologylicorice speciesherbal medicineoncologymedicinal research

Auto-Hydrolysis of Red Clover as “Green” Approach to (Iso)Flavonoid Enriched Products. Fitoterapia (2021)

Gonzalo R. Malca-GarciaYang LiuHuali DongDejan NikolićJ. Brent FriesenDavid C. LankinJames McAlpineShao-Nong ChenBirgit M. DietzGuido F. Pauli

red clovernatural productssustainable agriculturebioresource technologylivestock sciencecrop improvementvegetable productionplant breedinghorticulture researchphytochemistryplant sciencebotanynatural product researchagricultural economics

Auto-Hydrolysis of Red Clover as “Green” Approach to (Iso)Flavonoid Enriched Products. Fitoterapia (2021)

biotechnologyphytochemistrybiochemistryprocess biochemistrybiochemical engineeringplant biotechnologyantioxidantsgreen chemistrybiosynthesisred clovernatural productsphytochemical analysisfood chemistrybioactive compoundsagricultural chemistrypolyphenolicsbiomolecular engineeringnatural product researchphytochemicals

Isolation and Elucidation of Two Isoflavonoids From an American Indian Plant, Amorpha Canescens Pursh, Using Magnetic Microbead Affinity Selection Screening (Magmass) for Estrogen Receptor Alpha Ligands. Phytochemistry Letters (2021)

Tristesse C.J. BurtonDavid C. LankinDejan NikolicBrian GuoJianming JuBirgit M. DietzChun-Tao CheDjaja Djendoel SoejartoRichard B. van Breemen

natural productsphytochemical analysispharmacologyanalytical chemistryplant analysismolecular biologyphytochemistryamerican indian plantplant biochemistryplant sciencephytochemicalsbiochemistry

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Birgit M. Dietz

Research Associate Professor

University of Illinois Chicago

Affiliations

Herbert M. and Carol H. Retzky College of Pharmacy

Pharmaceutical Sciences

Birgit M. Dietz is currently serving as a Herbert M. And Carol H. Retzky College Of Pharmacy Research Associate Professor at University of Illinois Chicago.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Birgit M. Dietz

University of Illinois Chicago

Research Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Breast Cancer Prevention With Liquiritigenin From Licorice Through the Inhibition of Aromatase and Protein Biosynthesis in High-Risk Women’s Breast Tissue. Scientific Reports (2023)

Atieh HajirahimkhanCaitlin HowellElizabeth T. BartomHuali DongDaniel D. LantvitXiaoling XueiShao-Nong ChenGuido F. PauliJudy L. BoltonSusan E. ClareSeema A. KhanBirgit M. Dietz

breast cancer preventionpharmacologyhigh-risk womenbreast cancerbreast tissue

Designer Fraction Concept Unmasks Minor Bioactive Constituents in Red Clover (Trifolium Pratense L.). Phytochemistry (2023)

red cloveragricultural chemistryplant biotechnologyphytochemistryphytochemicalsplant sciencebotanyagricultural economics

Supplementary Figures 1-3 From Hops ( I Humulus Lupulus /I ) Inhibits Oxidative Estrogen Metabolism and Estrogen-Induced Malignant Transformation in Human Mammary Epithelial Cells (Mcf-10A). (2023)

L.P. HemachandraP. MadhubhaniR. ChandrasenaP. EsalaShao-Nong ChenMatthew MainDavid C. LankinRobert A. ScismBirgit M. DietzGuido F. PauliGregory R.J. ThatcherJudy L. Bolton

Inhibition of Aromatase by Hops, Licorice Species, and Their Bioactive Compounds in Postmenopausal Breast Tissue. bioRxiv (Cold Spring Harbor Laboratory) (2022)

Atieh HajirahimkhanCaitlin HowellShao-Nong ChenSusan E. ClareGuido F. PauliSeema A. KhanJudy L. BoltonBirgit M. Dietz

291_flavosar. Harvard Dataverse (2021)

Charlotte SimmlerObinna C. MbachuGuido F. PauliJudy L. BoltonBirgit Dietz

Abstract 2566: The Potential Role of Licorice and Its Bioactive Compounds in Promoting a Tumor Preventive Environment in the Postmenopausal Breast. Cancer Research (2021)

Atieh HajirahimkhanCaitlin HowellShao-Nong ChenSusan E. ClareGuido F. PauliJudy L. BoltonBirgit M. DietzSeema A. Khan

Abstract Ps8-10: Inhibition of Estrogen Biosynthesis by Hops, Licorice Species, and Their Bioactive Compounds. Cancer Research (2021)

Atieh HajirahimkhanCaitlin HowellTareisha DunlapShao-Nong ChenSusan E. ClareGuido F. PauliJudy L. BoltonBirgit M. DietzSeema A. Khan

Auto-Hydrolysis of Red Clover as “Green” Approach to (Iso)Flavonoid Enriched Products. Fitoterapia (2021)

Gonzalo R. Malca-GarciaYang LiuHuali DongDejan NikolićJ. Brent FriesenDavid C. LankinJames McAlpineShao-Nong ChenBirgit M. DietzGuido F. Pauli

Auto-Hydrolysis of Red Clover as “Green” Approach to (Iso)Flavonoid Enriched Products. Fitoterapia (2021)

Tristesse C.J. BurtonDavid C. LankinDejan NikolicBrian GuoJianming JuBirgit M. DietzChun-Tao CheDjaja Djendoel SoejartoRichard B. van Breemen

natural productsphytochemical analysispharmacologyanalytical chemistryplant analysismolecular biologyphytochemistryamerican indian plantplant biochemistryplant sciencephytochemicalsbiochemistry

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