Research-grade genetic engineering can be conducted with under $5,000 worth of laboratory
equipment.
Here, I outline the essential equipment required for routine molecular cloning and cell
cuture techniques.
This lab setup can be achieved for as little as $4,830, excluding reagents, consumables, and overhead costs.
1. Incubator |
10. Refrigerator (4°C)/Freezer (-4°C) |
2. Microwave |
11. Autoclave |
3. Heat block |
12. Electrophoresis gel tray |
4. Micropipettes |
13. Electrophoresis power supply |
5. Hot plate/stirrer |
14. UV transilluminator |
6. pH meter |
15. Thermal cycler |
7. Analytical balance |
16. Centrifuge |
8. Vortex mixer |
17. Microcentrifuge |
9. Laminar flow hood |
18. Freezer (-20°C) |
1. Incubator
For culturing bacteria or cells at controlled temperatures (e.g. 37°C for E. coli). Shaking incubator for
liquid cultures.
2. Microwave
For melting agarose or preparing media.
3. Heat block
For incubating samples at specific temperatures.
4. Micropipettes
Transfer of small volumes. Ensure adjustable in 0.1-1000 µL ranges. Manufacturer calibration and servicing
recommended if
purchased used.
5. Hot plate/stirrer
For heating and mixing solutions. Ensure large enough to accomodate 2L flask.
6. pH meter
For preparing buffers and media. Recommend buying new.
7. Analytical balance
For precise weighing of reagents. 0.1mg readability and 220g max capacity is sufficient. Recommend buying
new.
8. Vortex mixer
For mixing small volumes of samples.
9. Laminar flow hood
For sterile work with cell cultures. Portable benchtop model. Working aspectically next to a butane bunsen
burner is a viable alternative.
10. Refrigerator (4°C)/Freezer (-4°C)
For storing reagents and samples. Ensure refrigerator is large enough to store large flasks and
containers.
11. Autoclave
For sterilizing equipment, media, and solutions. A large pressure cooker is an afforable option. Ensure
large enough to accomodate 2L flasks
12. Electrophoresis gel tray
For separating DNA. Tray holds the agarose gel matrix and buffer.
13. Electrophoresis power supply
Provides adjustable voltage/current to drive the electrophoretic separation.
14. UV transilluminator
For visualizing and imaging DNA separated by gel electrophoresis.
15. Thermal cycler
For amplifying specific DNA sequences. Mineral oil can be used as an alternative to a heated lid in a
thermal cycler.
16. Centrifuge
For spinning larger-volume samples (5-50 mL tubes) at 3,000-10,000 RPM. An adaptor or rotor replacement can
be used to handle microcentrifuge tubes.
17. Microcentrifuge
For spinning 0.2-2 mL samples to separate DNA or proteins. Up to 13,000-16,000 RPM.
Used: $250 (
eBay),
New: ($1,200
IKA)
18. Freezer (-20°C)
For storage of reagents, enzymes and samples at -20°C.