Anukriti Dhar
Senior Scientist at Eigen Therapeutics- Claim this Profile
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Hindi -
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Arabic (reading and writing) -
Topline Score
Bio
Experience
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Eigen Therapeutics
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United States
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Biotechnology Research
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1 - 100 Employee
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Senior Scientist
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Sep 2022 - Present
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Notable
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United States
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Advertising Services
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1 - 100 Employee
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Senior Scientist
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May 2021 - Aug 2022
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Scientist
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May 2019 - Jun 2021
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Scientist I
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Jan 2015 - May 2019
• Maintenance and characterization of disseminated AML PDX bank, target mining and identification, target validation • Discovered and developed a novel serum biomarker for efficacy assessment in AML PDX models • Screened novel linker drugs using cytotoxicity assays in AML cell lines. • Supported solid tumor indications by screening for heme tox concerns • Maintenance and characterization of disseminated AML PDX bank, target mining and identification, target validation • Discovered and developed a novel serum biomarker for efficacy assessment in AML PDX models • Screened novel linker drugs using cytotoxicity assays in AML cell lines. • Supported solid tumor indications by screening for heme tox concerns
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Research Associate
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Sep 2014 - Dec 2014
• Detection and quantification of key protein expression levels with and without treatment with test compounds - Homogenized lung tissue and extracted protein lysates. - Ran ELISAs for detection of protein expression levels in the different study groups. - Analyzed data and presented the same at weekly group meetings • Cell based assay to monitor inhibitory drug potency - Cultured primary mouse alveolar epithelial cells. - Stimulated with cytokine of interest… Show more • Detection and quantification of key protein expression levels with and without treatment with test compounds - Homogenized lung tissue and extracted protein lysates. - Ran ELISAs for detection of protein expression levels in the different study groups. - Analyzed data and presented the same at weekly group meetings • Cell based assay to monitor inhibitory drug potency - Cultured primary mouse alveolar epithelial cells. - Stimulated with cytokine of interest and pre-treated with inhibitory drugs to check potency levels of different drug candidates. - Analyzed data and presented the same at weekly group meetings Show less • Detection and quantification of key protein expression levels with and without treatment with test compounds - Homogenized lung tissue and extracted protein lysates. - Ran ELISAs for detection of protein expression levels in the different study groups. - Analyzed data and presented the same at weekly group meetings • Cell based assay to monitor inhibitory drug potency - Cultured primary mouse alveolar epithelial cells. - Stimulated with cytokine of interest… Show more • Detection and quantification of key protein expression levels with and without treatment with test compounds - Homogenized lung tissue and extracted protein lysates. - Ran ELISAs for detection of protein expression levels in the different study groups. - Analyzed data and presented the same at weekly group meetings • Cell based assay to monitor inhibitory drug potency - Cultured primary mouse alveolar epithelial cells. - Stimulated with cytokine of interest and pre-treated with inhibitory drugs to check potency levels of different drug candidates. - Analyzed data and presented the same at weekly group meetings Show less
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Graduate Student Researcher
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Sep 2013 - Sep 2014
1) The Mouse Ear: A new model system to study hair cycle regulation: My main project during my time at the Plikus lab. I carried out: - performing procedures on mice under anaesthesia - tissue collection and imaging (Gross imaging and Fluorescent microscopy) - EdU pulse-chase experiments - EdU assay development and optimization 2) In-vivo hair characterization studies using mouse models - breeding and handling in vivo mouse models - sample collection… Show more 1) The Mouse Ear: A new model system to study hair cycle regulation: My main project during my time at the Plikus lab. I carried out: - performing procedures on mice under anaesthesia - tissue collection and imaging (Gross imaging and Fluorescent microscopy) - EdU pulse-chase experiments - EdU assay development and optimization 2) In-vivo hair characterization studies using mouse models - breeding and handling in vivo mouse models - sample collection and characterization - sample imaging and measurement - data collection and analysis - presentation of analyzed data - collaboration with the Mathematics department for mathematical modeling and statistical analysis 3) Optimization of dermal and epidermal cell collection from Mouse back skin This mini-project was carried out using a special LEF-RFP/K14-H2B-GFP mouse model > Mouse tissue collection (back skin) > Tissue processing, to obtain single cell suspension > FACS to separate out the dermal and epidermal components of skin 4) Trained undergraduate students in the essential techniques required for the above projects Show less 1) The Mouse Ear: A new model system to study hair cycle regulation: My main project during my time at the Plikus lab. I carried out: - performing procedures on mice under anaesthesia - tissue collection and imaging (Gross imaging and Fluorescent microscopy) - EdU pulse-chase experiments - EdU assay development and optimization 2) In-vivo hair characterization studies using mouse models - breeding and handling in vivo mouse models - sample collection… Show more 1) The Mouse Ear: A new model system to study hair cycle regulation: My main project during my time at the Plikus lab. I carried out: - performing procedures on mice under anaesthesia - tissue collection and imaging (Gross imaging and Fluorescent microscopy) - EdU pulse-chase experiments - EdU assay development and optimization 2) In-vivo hair characterization studies using mouse models - breeding and handling in vivo mouse models - sample collection and characterization - sample imaging and measurement - data collection and analysis - presentation of analyzed data - collaboration with the Mathematics department for mathematical modeling and statistical analysis 3) Optimization of dermal and epidermal cell collection from Mouse back skin This mini-project was carried out using a special LEF-RFP/K14-H2B-GFP mouse model > Mouse tissue collection (back skin) > Tissue processing, to obtain single cell suspension > FACS to separate out the dermal and epidermal components of skin 4) Trained undergraduate students in the essential techniques required for the above projects Show less
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University of California, Irvine
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United States
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Higher Education
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1 - 100 Employee
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Graduate Teaching Assistant
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Sep 2013 - Jun 2014
As a teaching assistant, I handled three different courses: • Two graduate level laboratory courses for Molecular Biology and Stem cell Biology • One undergraduate level lecture course on AIDS For the graduate level courses, I was responsible for: • Training students in fundamental techniques of Molecular Biology and Stem Cell Biology, as well as stem cell culture maintenance • Preparing and planning for the lab, setting up experiments, organizing schedules, preparing and… Show more As a teaching assistant, I handled three different courses: • Two graduate level laboratory courses for Molecular Biology and Stem cell Biology • One undergraduate level lecture course on AIDS For the graduate level courses, I was responsible for: • Training students in fundamental techniques of Molecular Biology and Stem Cell Biology, as well as stem cell culture maintenance • Preparing and planning for the lab, setting up experiments, organizing schedules, preparing and grading in-lab quizes and pre- and post- lab meetings • Coaching students on experimental data analysis, report writing and giving presentations Molecular biology: > DNA Digestion, Ligation > Plasmid vector preparation > DNA Gel Electrophoresis > Transformation > SDS-PAGE > Protein expression and purification (E. Coli) > HPLC (basics) > MS (basics) Stem cell culture maintenance: > mESC, hESC, iPSC > feeding, culturing, splitting, passaging > feeder and feeder-free culture methods > maintenance in undifferentiated state > differentiation > transfection, nucleofection > immunocytochemistry > imaging (bright-phase, fluorescent) For the Undergraduate course, I was responsible for: • holding office hours for the students • administering and grading tests Show less As a teaching assistant, I handled three different courses: • Two graduate level laboratory courses for Molecular Biology and Stem cell Biology • One undergraduate level lecture course on AIDS For the graduate level courses, I was responsible for: • Training students in fundamental techniques of Molecular Biology and Stem Cell Biology, as well as stem cell culture maintenance • Preparing and planning for the lab, setting up experiments, organizing schedules, preparing and… Show more As a teaching assistant, I handled three different courses: • Two graduate level laboratory courses for Molecular Biology and Stem cell Biology • One undergraduate level lecture course on AIDS For the graduate level courses, I was responsible for: • Training students in fundamental techniques of Molecular Biology and Stem Cell Biology, as well as stem cell culture maintenance • Preparing and planning for the lab, setting up experiments, organizing schedules, preparing and grading in-lab quizes and pre- and post- lab meetings • Coaching students on experimental data analysis, report writing and giving presentations Molecular biology: > DNA Digestion, Ligation > Plasmid vector preparation > DNA Gel Electrophoresis > Transformation > SDS-PAGE > Protein expression and purification (E. Coli) > HPLC (basics) > MS (basics) Stem cell culture maintenance: > mESC, hESC, iPSC > feeding, culturing, splitting, passaging > feeder and feeder-free culture methods > maintenance in undifferentiated state > differentiation > transfection, nucleofection > immunocytochemistry > imaging (bright-phase, fluorescent) For the Undergraduate course, I was responsible for: • holding office hours for the students • administering and grading tests Show less
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Allergan
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Pharmaceutical Manufacturing
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700 & Above Employee
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Research Intern
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Jun 2013 - Sep 2013
During my time at Allergan, I was mainly involved in the following three projects: 1) Gene Expression Studies Testing Novel Ophthalmic Compound - Cell Culture of primary human RPE cells and stable transformed RPE cell line (RPE-19) - RNA extraction and cDNA preparation from cells treated with compound - qPCR to measure gene expression of cAMP responsive genes - qPCR data analysis and interpretation 2) In vivo Experiments Using Wild-Type and… Show more During my time at Allergan, I was mainly involved in the following three projects: 1) Gene Expression Studies Testing Novel Ophthalmic Compound - Cell Culture of primary human RPE cells and stable transformed RPE cell line (RPE-19) - RNA extraction and cDNA preparation from cells treated with compound - qPCR to measure gene expression of cAMP responsive genes - qPCR data analysis and interpretation 2) In vivo Experiments Using Wild-Type and Knockout Mice Testing Compounds For Photoreceptor Protection - Mouse model using bright light to induce photoreceptor damage - Measured damage induced by light both visually by Heildelberg Retinal Angiograph (HRA) for auto-fluorescence and Electro-Retinal Angiogram (ERG) for functional response. - Whole eye enucleation for histological analysis, posterior eye-cup preparation and retina dissection for other studies. 3) Performed experiments Testing Novel Dermatology Drug - In vivo drug testing using Golden Syrian Hamsters for effect on the sebaceous gland - Prepared drug prior to treatment - Quantitative measurement of dermal thickness response after drug treatment Presented the results and progress of these projects to the Vice-Presidents of Allergan and other team members at the monthly meeting Show less During my time at Allergan, I was mainly involved in the following three projects: 1) Gene Expression Studies Testing Novel Ophthalmic Compound - Cell Culture of primary human RPE cells and stable transformed RPE cell line (RPE-19) - RNA extraction and cDNA preparation from cells treated with compound - qPCR to measure gene expression of cAMP responsive genes - qPCR data analysis and interpretation 2) In vivo Experiments Using Wild-Type and… Show more During my time at Allergan, I was mainly involved in the following three projects: 1) Gene Expression Studies Testing Novel Ophthalmic Compound - Cell Culture of primary human RPE cells and stable transformed RPE cell line (RPE-19) - RNA extraction and cDNA preparation from cells treated with compound - qPCR to measure gene expression of cAMP responsive genes - qPCR data analysis and interpretation 2) In vivo Experiments Using Wild-Type and Knockout Mice Testing Compounds For Photoreceptor Protection - Mouse model using bright light to induce photoreceptor damage - Measured damage induced by light both visually by Heildelberg Retinal Angiograph (HRA) for auto-fluorescence and Electro-Retinal Angiogram (ERG) for functional response. - Whole eye enucleation for histological analysis, posterior eye-cup preparation and retina dissection for other studies. 3) Performed experiments Testing Novel Dermatology Drug - In vivo drug testing using Golden Syrian Hamsters for effect on the sebaceous gland - Prepared drug prior to treatment - Quantitative measurement of dermal thickness response after drug treatment Presented the results and progress of these projects to the Vice-Presidents of Allergan and other team members at the monthly meeting Show less
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Summer Intern
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Jun 2011 - Aug 2011
• Trained in and carried out the techniques of micropropagation: > Plant media preparation > Culture Initiation > Culture Establishment > Culture Multiplication > Culture Packaging for export • Trained in rigorous aseptic technique to prevent contamination • Trained in and carried out the techniques of micropropagation: > Plant media preparation > Culture Initiation > Culture Establishment > Culture Multiplication > Culture Packaging for export • Trained in rigorous aseptic technique to prevent contamination
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Millipore, India
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Biotechnology Research
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1 - 100 Employee
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R&D and Process Laboratory Intern
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Jun 2010 - Jul 2010
Trained in > understanding SOPs > Environmental monitoring > Clean room etiquette > Filter integrity testing (basics) > HPLC and its application in Extractable Analysis > Filtration(using the various Millipore equipment) > Protein estimation using BCA > SDS PAGE > Luminex (multi-ELISA technology) Trained in > understanding SOPs > Environmental monitoring > Clean room etiquette > Filter integrity testing (basics) > HPLC and its application in Extractable Analysis > Filtration(using the various Millipore equipment) > Protein estimation using BCA > SDS PAGE > Luminex (multi-ELISA technology)
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Student Assistant
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2010 - 2010
• Assisted in teaching Bioinformatics • Prepared notes and study material for the class • Assisted in teaching Bioinformatics • Prepared notes and study material for the class
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Education
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University of California, Irvine
Master of Science (MS), Biotechnology -
PES Institute of Technology, Bangalore
Bachelor of Engineering (B.E.), Biotechnology