Accuris E1201 myGel InstaView Complete Electrophoresis System with Blue LED Illuminator

C.B.S. Scientific Model 71 Water Bath DGGE-2001 DGGE Electrophoresis System Lab This was removed fro (more)m a university lab where it was surplus to requirements. The unit powers up and has been tested with a digital thermometer (not included). It is in good working order.  Both pump speeds (High/Low) work correctly. Included are; TankModel: DGGE-2001Volts (DC/Hz): 250VDCMaximum Operating Limits: 250VDC/30W/70ºC Polyscience Model 71 Analog Immersion Recirculating Water Bath Heater PumpModel: 71Voltage: 240RangeHz/A: 50/4.30S/N: G15327Rev: B

Hoefer SUB10 Mini-Plus Submarine Gel Electrophoresis Unit Gel Dimensions (W x L) 10 x 11.5 cm Maximu (more)m Power Settings 300 V, 200 mA, 60 W Maximum Buffer Volume 450 ml Features - Color-coded and height adjustable combs—easily identify comb thickness at a glance and control well depth - Colored loading strips—for easy well detection when loading - Compact tank—reduces the buffer volume required to cover the gel,providing greater control over the voltage gradient and run-time - UV-transparent running tray—allows the user to image the gel without risk of damage due to handling - Side handles—for safe and easy transportation around the laboratory The Hoefer SUB10 Mini-Plus Submarine Gel Electrophoresis Unit is designed for efficient and precise nucleic acid analysis in routine preparatory and analytical electrophoresis applications. With a maximum throughput capacity of 80 samples, this unit supports high-throughput workflows while maintaining ease of use. The SUB10 features a removable gel casting tray with end gaskets, allowing for gels to be cast directly within the tank, ensuring a leak-proof setup. Equipped with color-coded, height-adjustable combs, the SUB10 offers easy identification of comb thickness and precise control over well depth. The UV-transparent running tray enables imaging of gels without risk of damage, while colored loading strips simplify well detection during sample loading. Its compact tank design minimizes the buffer volume needed, offering better control over voltage gradients and run times. Side handles provide added convenience and safety for transport around the lab, making the SUB10 an ideal choice for reliable and efficient nucleic acid electrophoresis. INCLUDED: The Hoefer SUB10 Mini-Plus Submarine Gel Electrophoresis Unit includes: - Buffer Chamber Assembly - Safety Lid - High Voltage Leads - Running Tray with Silicone Gasket* - 1 mm thick, 16-well combs, 2 pcs - Colored Loading Strips - Operator's Guide - Manufacturer's Documentation - 1 Year Manufacturer's Warranty

NOVEX QuickPoint EI9700 Electrophoresis Cell. Cell dimensions (L/W): 11*12*16 cm. Gel size: 8*8 cm.  (more)Lower buffer chamber capacity: 600 L. Upper buffer chamber capacity: 200 mL. Cell voltage limit: 1500 V. Cell power limit: 50 watts. Novex precast gels (not included) are only 12.5 cm long and can be used in 15 minutes. Novex Quickpoint (from Invitrogen) is a fast and easy acrylamide gel electrophoresis system for separating nucleic acids. It can be used in many applications in place of large sequencing gels such as in RNase protection (RPA), differential display and phage display. The system can also be used to run sequencing reactions where short DNA read lengths (60-80bp) may be sufficient, such as in site directed mutagenesis. This system uses a pH-neutral buffer that increases the stability of the gel and allows better resolution of bands compared to the usual TBE buffer.

Biorad MINI-SUB CELL GT electrophoresis cuvette. Includes cover and power cables, 1 gel tray, 1 limi (more)ter for the formation of gels and 2 combs of 8 and 15 wells, respectively. User manual. Specifications:

The Neon Transfection System enables fast and efficient delivery of nucleic acids into all mammalian (more) cell types, including primary, stem, and difficult-to-transfect cells. The flexible and open system allows the user to perform high-quality transfections using optimized or user-defined protocols in three simple steps with as few as 2 x 104 cells per reaction. A novel reaction chamber provides a dramatic increase in transfection efficiency and cell viability. The Neon Transfection System is: Efficient – up to 90% in many cell types, including difficult-to-transfect cells, primary, and stem cells Flexible – easily transfect from 2 x 104 cells to 6 x 106 cells per reaction Simple – easy to use, with a single reagent kit for all cell types Versatile – open system allows electroporation parameters to be optimized freely Specifications Format: Electroporation Pipette Tip System: Neon Transfection System Cell Type: Established Cell Lines, Hard-to-Transfect Cells, Stem Cells, Primary Cells Power Limit: 300 W Current Limit: 3.0 – 6.0 A Reaction Time: 1 sec Voltage Limit: 0.5 – 2.5 kV Classification: Animal Origin-Free, Reduced Serum, Chemically Defined, Low-Protein, Reduced Growth Factors, Xeno-Free Serum Compatible: Yes Compatible Products: Transfection Grade Nucleic Acid purification kits, siRNA vectors, DNA vectors Sample Loading Volume: Depends on kit used Sample Type (Specific): Plasmid DNA, Synthetic siRNA Purity or Quality Grade: Transfection Grade Starting Material (Cell #): 2 x 104 – 6 x 106 cells; Varies by cell type

XA100 pipette calibration adapter enables calibration and/or verification of piston pipettes by mean (more)s of a gravimetric method using the XA analytical balence. Set content: base weighing pan weighing vessel evaporation ring glass chamber with an opening for dosing Evaporation ring is an integral part of the adapter that increases relative humidity inside the weighing chamber. With this evaporation of the liquid during calibration/verification is stopped. An integrated weighing pan enables centric loading of the vessel in the weighing chamber. The weighing pan and the vessel are housed in a glass chamber featuring an opening allowing the user to dispense liquid through it, and reducing air drafts. Vessel capacity: 100 ml Adapters for Pipettes Calibration Pipette calibration adapters are intended for calibration and verification of piston pipettes using gravimetric method. Use of the pipette calibration adapter reduces maximum capacity of the balance by the mass of the weighing vessel. The table below, which presents the minimum requirements in accordance with ISO 8655-6:2022 standard, enables to select suitable adapter for pipette calibration and respective balance version. The parameters of the balance have been selected so that the expanded uncertainty of measurement in use is less than ¼ of the maximum permissible error of the test object. Nominal volume of apparatus under test V Resolution (d) mg Repeatability (s)3mg Recommended balance Microbalances Analytical balances 0,5 µl ≤ V < 20 µl 0,001c 0,01d 0,006c, e 0,03d MYA 21.5Y XA 6/21.5Y.M.A XA 6/21.5Y.M XA 21.5Y.M.A XA 21.5Y.M XA 21/52.5Y.M.A XA 21/52.5Y.M XA 53.5Y.M.A XA 53.5Y.M 20 µl ≤ V < 200 µl 0,01 0,025 XA 52.5Y XA 110.5Y XA 82/220.5Y.A XA 82/220.5Y XA 120/250.5Y.A XA 120/250.5Y 200 µl ≤ V ≤ 10 ml 0,1 0,2 Adapter for pipette calibration MY 11 XA 11 XA 11 XA 11 XA 11 XA 17 XA 17 XA 17 XA 100 XA 17 XA 100 Maximum vessel capacity 11 ml 11 ml 11 ml 11 ml 11 ml 17 ml 17 ml 17 ml 100 ml 17 ml 100 ml Weighing vessel mass ~ 10 g ~ 10 g ~ 10 g ~ 10 g ~ 10 g ~ 11 g ~ 11 g ~ 11 g ~ 65 g ~ 11 g ~ 65 g a The repeatability values, in this table, apply in the volumen determination of a single channel pipette. When a single-channel balance is used for volumen determination of single channel pipettes the repeatability values are double the values of this table. c Single-channel balance. d Multichannel balance, only valid for multi-channel pipettes. Multi-channel balances of 0,01 mg readability may be uses to test multi-channel pipettes with nominla volumes below 20 µl only if the expanded uncertainty in use is less than ¼ of the maximum permissible systematic error of the test object. e For single-channel pipettes of nominal volumes of less than 2 µl, a balance with repeatability better than the values in the table shall be used so that the expanded uncertainty in use is less than ¼ of the maximum permissible systematic error of the test object. table {font-size: 12px} td {padding:10px; } tr {text-align:center;} @media (max-width: 800px) { table {font-size: 9px} td {padding: 1px 1px} }