Jennifer Natalya Fink, "All Our Families: Disability Lineage and the Future of Kinship" (Beacon Press, 2022)

Disability is often described as a tragedy, a crisis, or an aberration, though 1 in 5 people worldwide have a disability. Why is this common human experience rendered exceptional? In All Our Families: Disability Lineage and the Future of Kinship (Beacon Press, 2022), disability studies scholar Jennifer Natalya Fink argues that this originates in our families. When we cut a disabled member out of the family story, disability remains a trauma as opposed to a shared and ordinary experience. This makes disability and its diagnosis traumatic and exceptional. Weaving together stories of members of her own family with sociohistorical research, Fink illustrates how the eradication of disabled people from family narratives is rooted in racist, misogynistic, and antisemitic sorting systems inherited from Nazis. By examining the rhetoric of genetic testing, she shows that a fear of disability begins before a child is even born and that a fear of disability is, fundamentally, a fear of care. Fink analyzes our racist and sexist care systems, exposing their inequities as a source of stigmatizing ableism. Inspired by queer and critical race theory, Fink calls for a lineage of disability a reclamation of disability as a history, a culture, and an identity. Such a lineage offers a means of seeing disability in the context of a collective sense of belonging, as cause for celebration, and is a call for a radical reimagining of carework and kinship. All Our Families challenges us to re-lineate disability within the family as a means of repair toward a more inclusive and flexible structure of care and community. Galina Limorenko is a doctoral candidate in Neuroscience with a focus on biochemistry and molecular biology of neurodegenerative diseases at EPFL in Switzerland. Learn more about your ad choices. Visit megaphone.fm/adchoices Support our show by becoming a premium member! https://newbooksnetwork.supportingcast.fm/sociology