YieldGard VecTran™

YieldGard VecTran® technology is the next generation of plant protection in corn. Campbell Seed offers this exciting new product in limited quantities for 2007 Planting .

Learn more about YieldGard VecTran™ below...

 
 
 
 

 

 

YieldGard VT provides outstanding control of Corn rootworm

YieldGard VecTran™ (VT) technology utilizes a cleaner, more natural agrobacterium-mediated insertion process. Two or more genes containing the desired traits are delivered through a single insertion process into the plant chromosome, on which optimal performance of the stacked traits is achieved.

The result is a stacked-trait hybrid with a highly active and more consistent promoter of the rootworm protection gene, which is more effectively distributed throughout the root system. Monsanto field trials are proving that hybrids with YieldGard VT™ technology are performing under actual field conditions.

In 2005, Monsanto dug 30,000 roots comparing YieldGard VT roots against the industry-standard YieldGard brands. The results proved that YieldGard VT™ hybrids consistently scored better in root ratings than first-generation YieldGard hybrids.

 

Campbell Seed Introduces 69-36VT3.

 

Tipton, IN - Campbell Seed introduced 69-36VT3, a new Triple Stack seed corn containing both the Roundup Ready® and YieldGard VecTran™ traits for broad spectrum control of weeds and insects. The new introduction was one of many Triple stacked hybrids that will be debuting in Campbell growers fields this spring.

A 111-113 day hybrid, 69-36VT3 will offer growers superior yield potential on most soil types. Combine this with its solid agronomic profile and its easy to see why 69-36VT3 will make quite an impression on growers next year.

 

Hybrid Yield Comparisons
Hybrid
Yield
Moisture
# of Tests
69-36VT3
189.9
19.8
68
Pioneer 33N09
179.8
20.4
68
69-36VT3
196.0
19.9
49
Pioneer 33K40
189.0
21.4
49

 

 

  Protein Expression in roots  
 
YieldGard VT™  vs. YieldGard® Rootworm
 
 
Fluorescent dyes attached to protein define location and levels of expression.
 
 
 
 
Protein expression is more consistent and uniform across the root
Protein expression is adequate for excellent control