Asimov Press

Available for pre-order

Making the Modern Laboratory

Did you know that the modern micropipette was invented by a German postdoc so frustrated with mouth pipetting that he ditched his lab for two days until he could return with a prototype? Or that an 18th-century scientist sewed tiny taffeta pants for male frogs to determine whether or not semen was essential for fertilization? Or that an Italian physician spent 30 years weighing himself in a specially designed chair before and after eating, sleeping, and excreting to figure out exactly what accounted for the discrepancies he noticed?

These stories and more, from how a machine using salvaged meat-slicing blades chopped up 6,000 glowing jellyfish per day and led to the discovery of GFP to how grabbing the wrong bottle while studying rooster sperm led to modern cryopreservation, appear in our third book, Making the Modern Laboratory, now available for pre-order. Over 504 pages, 36 authors explain the origins of our most dependable and insightful research tools, making it a fine gift for both the science-curious and the working scientist.

Table of contents
  1. 01 Foreword — The Editors
  2. 02 Pipettes — Merrick Pierson Smela
  3. 03 Scientific Glassware — Spencer Wright
  4. 04 Eppendorf Tubes — Evan DeTurk
  5. 05 Petri Dish — Corrado Nai
  6. 06 Agar — Corrado Nai
  7. 07 Parafilm — Niko McCarty and Merrick Pierson Smela
  8. 08 Buffers — Luke Mitchelson
  9. 09 Vortex Mixer — Ella Watkins-Dulaney
  10. 10 Lab Notebooks — Ulkar Aghayeva
  11. 11 Growth Media — Mahlaqua Noor
  12. 12 Multiwell Plates — Sachin Rawat
  13. 13 Lab Coats — Donna Vatnick
  14. 14 Centrifuge — Roberta McLain
  15. 15 Incubators — Andreas Metousis
  16. 16 Deionized Water — Or Doni
  17. 17 Autoclave — Andreas Metousis
  18. 18 Plasmids — Ella Watkins-Dulaney
  19. 19 Electroporator — Saad Bhamla
  20. 20 Electrophoresis — Evan DeTurk
  21. 21 DNA Dyes — Alfred C. Chin
  22. 22 Cell Staining — Sotirios Karathanasis
  23. 23 Restriction Enzymes — Karol Buda
  24. 24 PCR & Taq Polymerase — Kevin Blake
  25. 25 DNA Sequencing — Evan DeTurk
  26. 26 Green Fluorescent Protein — Smrithi Sunil
  27. 27 Cryopreservation — Gerrit van Rensburg
  28. 28 Scales & Balances — Niko McCarty
  29. 29 Light Microscope — Roberta McLain
  30. 30 Electron Microscope — Smrithi Sunil
  31. 31 OD Meter — Amelie Andreas
  32. 32 Spectrophotometers & Plate Readers — Ella Watkins-Dulaney
  33. 33 NanoDrop Spectrophotometer — Matthew Bryce Taylor
  34. 34 pH Meter — Kevin Blake
  35. 35 Flow Cytometer — Andrew J. Konecny
  36. 36 Mass Spectrometry — Andreas Metousis
  37. 37 Liquid Chromatography — Nicolas Tilmans
  38. 38 Mouse — Alex Telford
  39. 39 E. coli — Roberta McLain
  40. 40 Yeast — Matthew Bryce Taylor
  41. 41 HeLa Cells — Roberta McLain
  42. 42 CHO Cells — Niko McCarty
  43. 43 Organoids — Xander Balwit
  44. 44 Zebrafish — Owen Meadows
  45. 45 Nematode — Logan E. Savidge
  46. 46 Arabidopsis — Xander Balwit
  47. 47 Frog — Matt Lubin
  48. 48 Fruit Fly — Lucas Mergan
  49. 49 Automated Liquid Handling — Alicia J. Kaestli and David Lang
  50. 50 Acoustic Liquid Handling — Alex Federation
  51. 51 Microfluidics — Patrick Almhjell
  52. 52 Protein Structure Prediction — Nehal Udyavar
  53. 53 Bioinformatics Software — Ella Watkins-Dulaney
  54. 54 On the Future Laboratory — The Editors

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