Transcript of an interview with James (Bud) Wright, an entomologist and inventor who has several patents. He received a PhD in Medical Entomology from Texas A&M in 1963 and worked in the field of printentomology. He specialized in neurohormonal mechanisms of metamorphosis and reproduction in economically damaging arthropods. He led the program that led to the eradication of the boll weevil. Married to Judy Wright, the two had a blended family of two sons, two daughters, and many grandchildren. The interview covers his family history, education and research, enjoyment of bass fishing, and ranching of cows and calves in retirement. Copies of photos are included at the end of the transcript.

Interview with James (Bud) Wright, an entomologist and inventor who has several patents. He received a PhD in Medical Entomology from Texas A&M in 1963 and worked in the field of printentomology. He specialized in neurohormonal mechanisms of metamorphosis and reproduction in economically damaging arthropods. He led the program that led to the eradication of the boll weevil. Married to Judy Wright, the two had a blended family of two sons, two daughters, and many grandchildren. The interview covers his family history, education and research, enjoyment of bass fishing, and ranching of cows and calves in retirement.

Interview with James (Bud) Wright, an entomologist and inventor who has several patents. He received a PhD in Medical Entomology from Texas A&M in 1963 and worked in the field of printentomology. He specialized in neurohormonal mechanisms of metamorphosis and reproduction in economically damaging arthropods. He led the program that led to the eradication of the boll weevil. Married to Judy Wright, the two had a blended family of two sons, two daughters, and many grandchildren. The interview covers his family history, education and research, enjoyment of bass fishing, and ranching of cows and calves in retirement.

Patent for an improved design of thimble which includes a needle-threader and a thread-cutter that can be used without removal of the thimble from the finger through the design of metal cone shapes as part of the thimble's design.