Harvard University

African American Fraternal Orders
African American fraternal orders helped shape Black communities and U.S. race relations from the mid-1800s to the present. At this site developed by Professor Theda Skocpol at Harvard University you can learn about the origins, development, and characteristics of dozens of fraternal orders joined and led by Black Americans from all walks of life, including everyday laborers, homemakers, and farmers, working alongside religious leaders, business owners, lawyers and doctors. These fraternal orders tied local lodges in city neighborhoods, towns, and rural hamlets to encompassing federated organizations that spanned metropolitan areas, states, regions, and sometimes dozens of U.S. states. Some also included lodges in Canada, the Caribbean, Liberia, and other international jurisdictions. Women played strong roles in this realm of Black civic life, and many of the fraternal orders profiled here challenged white supremacy and made vital contributions to the quest for Black empowerment and racial justice in the United States.




I4C Collaboratory
The goal of the I4C Collaboratory is to develop novel combined immunologic approaches to cure HIV-1 through a highly collaborative and multifaceted research program involving leading investigators in academia, government and industry.

The Doyle Group, Harvard
Based at Harvard University, the Doyle group is comprised of a diverse group of researchers, coming from backgrounds such as computer science, biology, and chemical engineering. Contact us to inquire about open positions.

Friedman Lab, Arnold Arboretum, Harvard University
The Friedman Lab focuses on the organismic interfaces between developmental, phylogenetic and evolutionary biology. Steady advances in the study of the phylogenetic relationships of organisms have provided the raw materials for critical studies of character evolution in plants, animals, fungi, and all other forms of life. Armed with hypotheses of relationships among organisms, we explore how patterns of morphology, anatomy, and reproduction have evolved through the modification of developmental processes.