Performance All the Way Down: Genes, Development, and Sexual

Performance All the Way Down: Genes, Development, and Sexual

Performance All the Way Down: Genes, Development, and Sexual

An award-winning biologist and writer applies queer feminist theory to developmental genetics, arguing that individuals are not essentially male or female.     The idea that gender is a performance—a tenet of queer feminist theory since the nineties—has spread from college classrooms to popular culture. This transformative concept has sparked reappraisals of social expectations as well as debate over not just gender, but sex: what it is, what it means, and how we know it. Most scientific and biomedical research over the past seventy years has assumed and reinforced a binary concept of biological sex, though some scientists point out that male and female are just two outcomes in a world rich in sexual diversity.      In Performance All the Way Down, MacArthur Fellow and Pulitzer Prize finalist Richard O. Prum brings feminist thought into conversation with biology, arguing that the sexual binary is not essential to human genes, chromosomes, or embryos. Our genomes are not blueprints, algorithms, or recipes for the physical representation of our individual sexual essences or fates. In accessible language, Prum shows that when we look closely at the science, we see that gene expression is a material action in the world, a performance through which the individual regulates and achieves its own becoming. A fertilized zygote matures into an organism with tissues and organs, neurological control, immune defenses, psychological mechanisms, and gender and sexual behavior through a performative continuum. This complex hierarchy of self-enactment reflects the evolved agency of individual genes, molecules, cells, and tissues.   Rejecting the notion of an intractable divide between the humanities and the sciences, Prum proves that the contributions of queer and feminist theorists can help scientists understand the human body in new ways, yielding key insights into genetics, developmental biology, physiology. Sure to inspire discussion, Performance All the Way Down is a book about biology for feminists, a book about feminist theory for biologists, and a book for anyone curious about how our sexual bodies grow.

Performance All the Way Down: Genes, Development, and Sexual

How hormones define brain sex differences

Performance All the Way Down: Genes, Development, and Sexual

Frontiers The Role of Transposable Elements in Sexual Development

Performance All the Way Down: Genes, Development, and Sexual

Sexual Differentiation - Endotext - NCBI Bookshelf

Performance All the Way Down: Genes, Development, and Sexual

The impact of digital media on children's intelligence while controlling for genetic differences in cognition and socioeconomic background

Performance All the Way Down: Genes, Development, and Sexual

Individual differences in social attachment: A multi‐disciplinary perspective - Gustison - 2022 - Genes, Brain and Behavior - Wiley Online Library

Performance All the Way Down: Genes, Development, and Sexual

Regulation of posterior Hox genes by sex steroids explains vertebral variation in inbred mouse strains - Mulley - 2022 - Journal of Anatomy - Wiley Online Library

Performance All the Way Down: Genes, Development, and Sexual

The genetics of human performance

Performance All the Way Down: Genes, Development, and Sexual

Epigenetics - Wikipedia

Performance All the Way Down: Genes, Development, and Sexual

Plastic used in in vitro fertilization procedures induces massive placental gene expression alterations - eBioMedicine

Performance All the Way Down: Genes, Development, and Sexual

Third Place Books on X: On Tues, 11/28 at 7:30pm we're so excited to partner with @THSEA to present Richard O. Prum who will join us to discuss his book PERFORMANCE ALL

Performance All the Way Down: Genes, Development, and Sexual

Conjugation: Discovery, F+, F- and Hfr conjugation, F- genetic crosses

Performance All the Way Down: Genes, Development, and Sexual

Development of the reproductive system: Video