Product Details
Catalog Number: TraiLTD
Applications: Cell Culturing System
Type: Petaka Kits
Species Reactivity: Not Applicable
Product Sizes
SizeList PricePriceCart
50 Petakas, 6 stands and 100 tips$890.00Add to Cart

Better, faster, cheaper cell culturing. Your cell based assays deserve all three. Imagine you can customize physiological cell conditions that closely resemble their in vivo environments. For example, there have been many studies over the years which have highlighted the problems that come from culturing cells in physiologically excessive O2 levels. This results in problems ranging from over-sized cells, mutated DNA, or irregular gene expression. These conditions compromise results. Our PetakaTM cell culturing system removes these conditions raising the probability of successful outcomes. Imagine then being able to maintain, share and ship these cultures at room temperature. This is the PetakaTM Advantage!

PetakaG3TM  LOT Training Kit Features:
 • No additional CO2 required for any type of media, although the PetakaG3™device can also be used in CO2 incubators
• No added humidity required (not influenced by environmental dehydration)
• The most secure cell culture device against contamination available today (no caps, no openings, no spills)
• Robust structure (without breakable films)
• Designed to transport live cells without requiring freezing and dry ice
 • Optimizes media and growth factor supplies
• Offers 8 times more media volume per incubator capacity
• Can provide up to 15 times more cell culture surface area per incubator capacity
• Both PetakaG3 TM surfaces may be viewed together using any type of light microscope
• In vitro cell dormancy is easily accomplished
• Allows storage of pre-filled units that are ready to host cells
• Easy to handle. Operates in any position. Completely safe & versatile
• Each Petaka is individually bar coded for easy tracking avoiding cell damage and facilitating cell differentiation.
 
Content:
  • 50 units Petaka™G3 LOT, sterile, self regulated, self contained bioreactors that control oxygen, CO2 and evaporation to physiologic tissue conditions (physioxia). At ambient temperature maintains media environment stable and the cells alive for long periods of time.
  • 6 units Stands to hold Petakas when handling and incubating Petaka
  • 100 units Luer-lock blunt tips for liquid handling using common syringes or the Volume Dispenser Pump.
Images

Petaka-Corner A: Is the corner where the air filter is located. Corner B: Is the corner where the access port, septum, or diaphragm, is located. Corner C: Is the corner where the internal gate to the chamber is located (I/O liquid flow). Corner D: The most resistant corner to mechanical forces. upper right: Petaka stands and lower right: Petaka tips.

Petaka-Corner A: Is the corner where the air filter is located. Corner B: Is the corner where the access port, septum, or diaphragm, is located. Corner C: Is the corner where the internal gate to the chamber is located (I/O liquid flow). Corner D: The most resistant corner to mechanical forces. upper right: Petaka stands and lower right: Petaka tips.

Image1: Three different gene expression in three different tissues depending on the atmospheric oxygen concentration. Image 2: Preparing cells for shipping/storage and recovering for use and collaborations.

Image1: Three different gene expression in three different tissues depending on the atmospheric oxygen concentration. Image 2: Preparing cells for shipping/storage and recovering for use and collaborations.

Neuromic's Human Mesenchymal Stem Cells cultured in Petaka. Courtesy of Dr. Jim Musick, CEO, Vitro Biopharma

Neuromic's Human Mesenchymal Stem Cells cultured in Petaka. Courtesy of Dr. Jim Musick, CEO, Vitro Biopharma