BEI LAB RESEARCH
Diversity, Transmission, Immunity
Our research interests in Plasmodium – the causative agent of malaria – lie at the intersection between population genetics, genomics, molecular genetics, epidemiology, and immunology. Current research uses a translational systems biology approach to study the impact of antigenic diversity on immune evasion, transmission, and virulence in setting of declining malaria transmission. We study the development of genotype-specific and genotype-transcendent immunity and assess the effect of specific persisting genotypes on neutralizing humoral immune responses and their transmission potential in the mosquito vector. We also works on malaria vaccine candidate discovery and validation, studying the functional consequences of naturally arising diversity. We have ongoing research projects in Senegal in addition to many active collaborations in both East and West Africa.
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A few things we love
What is the Bei Lab all about? These are some of our areas of interest
Genomic Surveillance
Using genomic tools, we track specific parasite types in the population over time. We want to understand where specific types are coming from and where they are headed next.
Experimental Genetics
We use experimental genetic systems to specifically asess the function of naturally arrising polymorphisms in the parasite and the host cell.
Systems Biology
Malaria is a complex system! We study many of the many factors that contribute to virulence, transmission, and persistence and try to find causal links.
Methods Development
Our goal is to enhance high-impact science in LMIC settings. If we can do it here, we should be able to do it there! We love coming up with creative solutions to tackle the challenges of doing solid research in the field!
Featured Papers
Read about the work we are doing to understand host-pathogen-vector interactions
Genomic Surveillance
Tracking parasites in time and space using molecular surveillance techniques
Functional Genetics
Specifically addressing naturally occuring diversity in parasite antigens and in human erythrocyte receptors
Systems Biology
Considering multiple factors to understand the dynamics of Plasmodium populations in the field
Methods Development
Tracking parasites in time and space using molecular surveillance techniques
Papers Portfolio
Read about what the Bei Lab has been up to
Genomic Epidemiology
Dramatic Changes in Malaria Population Genetic Complexity in Dielmo and Ndiop, Senegal, Revealed Using Genomic SurveillanceDramatic Changes in Malaria Population Genetic Complexity in Dielmo and Ndiop, Senegal, Revealed Using Genomic Surveillance
read moreFunctional Genetics – Plasmodium
Functional Analysis Reveals Geographical Variation in Inhibitory Immune Responses Against a Polymorphic Malaria AntigenFunctional Analysis Reveals Geographical Variation in Inhibitory Immune Responses Against a Polymorphic Malaria Antigen
read moreFunctional Genetics – Human Erythrocyte
Basigin is a receptor essential for erythrocyte invasion by Plasmodium falciparum.Basigin is a receptor essential for erythrocyte invasion by Plasmodium falciparum.
read moreMethods Development
An Adjustable Gas-Mixing Device to Increase Feasibility of In Vitro Culture of Plasmodium falciparum Parasites in the Field
read moreMethods Development
In vitro genetic analysis of an erythrocyte determinant of malaria infection
read moreFunctional Genetics – Human Erythrocyte
Ancient human sialic acid variant restricts an emerging zoonotic malaria parasite.
read moreLab Preprints
As part of our mission to increase science access for all, we feel strongly about sharing our preprints while they are under peer-review. Here’s the latest from the team!

High-throughput profiling of natural acquired humoral immune response to a large panel of known and novel full length ectodomain P. falciparum merozoite vaccine candidates under reduced malaria transmission
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Identification of novel genetic variants in the malaria vaccine candidate PfRh5: structure-guided insights into potential function
read more
Identification of an in vitro artemisinin resistant Plasmodium falciparum kelch13 R515K mutant parasite in Senegal.
read more
Routine Saliva Testing for SARS-CoV-2 in Children: Partnering with Childcare Centers
read more
Plasmodium infection is associated cross-reactive antibodies to carbohydrate epitopes on the SARS-CoV-2 Spike protein
read more
Cross-Reactivity of SARS-CoV-2 Laboratory Diagnostics to Endemic Diseases in Africa: A Diagnostic Accuracy Study
read moreOur Team
Our amazing team (with amazing artwork)

Amy Kristine Bei

Alessandra Orfanó

Morgan Goheen

Awa Deme

Mouhamad Sy

Laty Gaye Thiam

Mariama Nicole Pouye

Sarah Lapidus

Ife Desamours

Natasha Turyasingura

Kelly Hagadorn

Aboubacar Ba

Seynabou Diouf Sene

Mariama Toure

Fatoumata Diallo

Awa Faye Thioub

Rebecca Li

Noemi Guerra

Awa Cisse

Vanessa Nunez

Alyssa Agarwal

Khadidiatou Mangou

Alassane Thiam

Alassane Mbengue

Safia Laqqa

Yome Fiseha Tawaldemedhen
THE ARTIST
If you like the artwork, check out Petra’s other amazing artistic endeavors – bringing science to life through art!
@petrathepostdocOur Team
Whether in New Haven or Senegal, our team of committed researchers are fighting against malaria!

Amy Kristine Bei
Assistant Professor
G4 Group Leader
Jumping between amazing teams in the lab and field

Alessandra da Silva Orfanó
Postdoctoral Fellow
Yale School of Public Health
Entomologist Extraordinaire!
Genomic determinants of Anopheles transmission

Morgan Goheen
Infectious Disease Clinical Fellow
Anopheles-Plasmodium interactions and novel surveillance methods to estimate malaria transmission

Sarah Lapidus
PhD Student
Serological surveillance &
immunity to variant surface antigens

Ife Desamours
PhD Student
Mosquitoes, Paratransgenesis, Vector Control

Kelly Hagadorn
PhD Student
Mechanisms of blood stage immunity and antimalarial molecular surveillance

Natasha Turyasingura
PhD Student
Genetic determinants of malaria pathogensis

Rebecca Li
Yale College Student
Genomic diversity and experimental genetic approaches in vaccine candidate antigens

Noemi Guerra
Yale College Student
Function of CyRPA in Plasmodium invasion across species

Awa Cisse
Yale College Student
Genetic diversity in Plasmodium falciparum transmission blocking vaccine candidates … and mosquitoes!

Alyssa Agarwal
Yale College Student
Genetic diversity and immune evasion in blood stage vaccine candidates

Awa Deme
GHES Postdoctoral Fellow
Université Cheikh Anta Diop
Studies genomic determinants of virulence gene expression

Mouhamad Sy
GHES Postdoctoral Fellow
Université Cheikh Anta Diop
Spatiotemporal mapping of Plasmodium genotypes and next generation sequencing

Baba Dieye
Postdoctoral Fellow
Université Cheikh Anta Diop
Studies Plasmodium drug resistance and immunity

Aminata Mbaye Samb
Postdoctoral Fellow
Université Cheikh Anta Diop
Studies Plasmodium drug resistance and genetics of virulence

Yaye Die Ndiaye
Postdoctoral Fellow
Université Cheikh Anta Diop
Studies Plasmodium drug resistance and genetics of virulence

Mariama Toure
Masters Student
Université Cheikh Anta Diop
Studies genetic diversity in the Pregnancy Associated Malaria vaccine candidate antigen Var2CSA

Alassane Mbengue
G4 co-leader
Institut Pasteur de Dakar
Molecular mechanisms of drug resistance in malaria

Khadidiatou Mangou
Technician Extraordinaire
Institut Pasteur de Dakar
Genetic Diversity and Ex Vivo Invasion Phenotypes

Laty Gaye Thaim
Postdoctoral Fellow
Institut Pasteur de Dakar
Ex vivo virulence phenotypes and Crispr-Cas9 Genome editing

Seynabou Diouf Sene
PhD Student
Institut Pasteur de Dakar
Impact of Senegalese Kelch13 mutations on drug resistance

Mariama Nicole Pouye
PhD Student
Institut Pasteur de Dakar
Ex vivo and molecular markers of drug resistance

Fatoumata Diallo
PhD Student
Institut Pasteur de Dakar
Antigenic variation in Plasmodium

Aboubacar Ba
PhD Student
Institut Pasteur de Dakar
Selective pressures influencing diagnostic sensitivity

Awa Faye Thiam
SUP Biotech Student
Institut Pasteur de Dakar
Crispr-Cas9 genome editing in Plasmodium vaccine candidates

Mateo Balbarin
High School Summer Intern
Wilbur Cross High School
Genomics to Experimental Genetics:
NGS, Bioinformatics, Crispr-Cas9

Duncan Ndugu Ndegwa
Postdoctoral Fellow, Lab Alumnus
Yale School of Public Health
Experimental genetics, Invasion Biology, and vaccine candidate discovery

Vanessa Nunez
Yale College Summer Student, Lab Alumna
Genetic diversity and targets of inhibitory antibodies in PfCyRPA

Cy An
High School Summer Student
Dubai American Academy
Crispr-Cas9 Cloning

Adam Moore
MPH Student 2019-2020
Yale School of Public Health Alumnus
PfRh5 diversity and the impact on immune evasion

Pooja Rana
MPH Student 2019-2020
Yale School of Public Health Alumna
Molecular genotyping for diversity and drug resistance in Tanzania

Tammy Chen
MPH Student 2018-2019
Yale School of Public Health Alumna
Var2CSA diversity and the impact on Pregnancy Associated Malaria severity and immune evasion

You!
Postdoctoral Fellow, Student, etc.
The sky is the limit!

Testing, Reporting, & Action: Covid tracking in childCARE

Elissa Zirinsky
Infectious Disease Pediatric Clinical Fellow
SARS-CoV-2 Surveillance
TRACK-CARE Study Lead

Erica Rayack
RN/MPH Student
SARS-CoV-2 Surveillance
TRACK-CARE Study Team

Mahwish Askari
RN Student
SARS-CoV-2 Surveillance
TRACK-CARE Study Team
Latest News
New G4 Group in Senegal focused on Malaria Experimental Genetic Approaches & Vaccines
G4 Launch EnglishG4 Launch FrenchRIIP Report 2019-2020
Apply to be a GHES Fellow in Senegal
For those interested in joining our Senegal team, the 2021-2022 application cycle for the Global Health Equity Scholars (GHES) fellowship has officially opened! Application materials should be submitted online by November 15, 2018. Details about the program, eligibility information and the application can be found on the website at:
Want to join us? Now hiring!
Postdoctoral Associate Position on Malaria Genomics and Vaccinology in the Bei Laboratory
Context
The recent global stall in the reduction of malaria deaths has made the development of a highly effective vaccine essential. A major challenge to developing an efficacious vaccine is the extensive diversity of Plasmodium falciparum antigens. While genetic diversity plays a major role in immune evasion and is a barrier to the development of both natural and vaccine-induced protective immunity, it has been underprioritized in the evaluation of malaria vaccine candidates. For both current and novel candidates, we will test the role of genetic diversity on immune neutralization by creating transgenic parasites by using efficient CRISPR-Cas9 genome editing. These parasite lines will be used to assess the role of specific variants in immune evasion. This project requires the cohesion of genomic sequencing technologies to identify potential candidate antigens and naturally occurring diversity, well-characterized human longitudinal cohorts to follow evolution of infection and immunity, standardized assays to serve as in vitro correlates of immunity, structure-based approaches for vaccine design, and strong ties to both scientists and institutions in endemic countries. Our research team is uniquely positioned to combine these critical requirements to investigate the implications of parasite diversity on the development of protective immunity and vaccine efficacy, an essential factor to accelerate malaria vaccine discovery. This approach fills a critical need in the malaria vaccine development field in that it brings genetic diversity in candidate antigens to the forefront of vaccine candidate.
Eligibility
We are looking for scientists who have completed their PhD and have experience in one or more fields of Molecular Biology, Genetics (including CRISPR-Cas9 genome editing), Genomics, Biochemistry and/or Structural Biology. We are looking for a motivated and collaborative postdoctoral associate excited to be part of a vibrant and cross-continental research team interested in both fundamental and applied questions in Malaria Biology – specifically in questions of host-pathogen interactions, pathogenesis, and malaria vaccinology.
Essential Skills
- PhD in a relevant subject area
- Knowledge of a range of research techniques and methodologies in both experimental and computational areas
- Ability to develop research objectives, projects and proposals independently, with the support of a committed and enthusiastic mentor
- Experience of carrying out both independent and collaborative research
- Highly developed communication skills to engage effectively with a wide-ranging audience, both orally and in writing, using a range of media
- Interest in and enthusiasm for the subject matter of the project, and science in general!
Opportunities
- Combine cutting-edge laboratory techniques in a vibrant and collegial academic setting with the ability to study disease dynamics in real-time in the field
- Training in genomics, experimental genetics, and biochemistry
- Opportunities to work at our collaborative field research sites in Senegal, either short or long term – If of interest, additional special funding opportunities are available to work for extended periods of time with our vibrant team in Senegal – For additional information on this international opportunity, visit the GHES website (linked above)
Interested applicants should submit a CV, a cover letter outlining research interests and qualifications, and contact information for 3 references.
For further information, please visit https://publichealth.yale.eduor contact Amy Bei (amy.bei@yale.edu)
Yale University is an Affirmative Action/Equal Opportunity Employer. Yale values diversity among its students, staff, and faculty and strongly welcomes applications from women, persons with disabilities, protected veterans, and underrepresented minorities.
Contact us
Get in touch and let us know what you think
Senegal
Training
Resources and Shared Protocols from trainings past and present



Trainings Past and Present
We are working hard to develop tools and research solutions that can be implemented in the field. Part of this goal is participating in the training of talented young Malaria Researchers. Find out about some of the trainings we have organized and access useful protocols and resources

P. falciparum Invasion Assay Workshop
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P. falciparum In vitro culture and adaptation
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Multiplex Serology: Applications for Surveillance and Elimination
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Yale School of Public Health
The lab is based within the vibrant and collaborative environment of the Department of Epidemiology of Microbial Diseases at the Yale School of Public Health
READ MORESEE FOR YOURSELF!Hôpital Aristide Le Dantec, CHU Dakar, Senegal
We work together with our partners at University of Cheikh Anta Diop and Hôpital Aristide Le Dantec, including CEA-SAMEF (African Center of Excellence in Mother-Child Health) to address questions of malaria parasite ecology and adaptation in the face of changing transmission
READ MOREInstitut Pasteur de Dakar, Senegal
Our G4 Group at the Institut Pasteur de Dakar is focused on strengthening cutting-edge molecular malaria research performed in Africa. We use experimental genetic tools to address the impact of parasite genetic diversity on vaccine efficacy.
READ MORE LIRE LA SUITERIIPCentre d’Excellence Africain pour la Sante de la Mere et de l’Enfant (CEA-SAMEF)
As part of the African Centers of Excellence initiative, we work on research and training aimed at improving the health of mothers and children in Senegal and Sub-Saharan Africa
READ MORE