research and development pre-commercial product introduction bio... · the data from this...

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N2 N2 N2 NH3 NH3 NH3 IDENTIFY OPTIMIZE NITROGEN PRODUCTION VALIDATION INTENT TO PIVOT TRIALS SALES Mode of Action The data from this fluorescent scan validates how Pivot Bio delivers sufficient and viable microbes to ensure robust colonization. Pivot Bio microbes feed off the exudates of the corn plant and deliver nitrogen to the plant daily and throughout its growth cycle. Studies for Root Colonization Nitrogen Utilization Research and Development Pre-Commercial Product Introduction Control: No Microbes Wild Type Pivot Bio Half Fertilizer 20 15 10 5 0 25 30 35 Wild Type Pivot Bio 1.72 22.35 1.0 1.5 2.0 2.5 0.5 0.0 VE V1 V3 V5 V8 VT R2 R4 0.4 0.6 0.8 1.0 0.2 0.0 Corn N Uptake (lb/acre) Vegetative Phase Reproductive Phase Microbes (trillions/acre) Productivity of Pivot Bio PROVEN The red fluorescent image shows how Pivot Bio microbes adhere to the epidermis of the plant root. Pivot Bio optimizes microbes’ natural ability to produce nitrogen for corn crops. In multi-year research studies, corn planted with Pivot Bio microbes show improved growth when compared to the control. The graph (left) illustrates how Pivot Bio microbes produce nitrogen compared to the wild type of the same microbes that exist in the soil. The corn plants demand for nitrogen over the growth cycle is in correlation to the nitrogen production of Pivot Bio PROVEN . Root Cells Microbes

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Page 1: Research and Development Pre-Commercial Product Introduction Bio... · The data from this fluorescent scan validates how Pivot Bio . delivers sufficient and viable microbes to ensure

N2 N2 N2

NH3

NH3

NH3

IDENTIFY

OPTIMIZE

NITROGEN PRODUCTION VALIDATION INTENT TO PIVOT TRIALS SALES

Mode of Action

The data from this fluorescent scan validates how Pivot Bio delivers sufficient and viable microbes to ensure robust colonization. Pivot Bio microbes feed off the exudates of the corn plant and deliver nitrogen to the plant daily and throughout its growth cycle.

Studies for Root Colonization Nitrogen Utilization

Research and Development Pre-Commercial Product Introduction

Control: No Microbes Wild Type Pivot Bio

Half Fertilizer

20151050 25 30 35

Wild Type

Pivot Bio

1.72

22.35

1.0

1.5

2.0

2.5

0.5

0.0VE V1 V3 V5 V8 VT R2 R4

0.4

0.6

0.8

1.0

0.2

0.0

Corn

N U

ptak

e (lb

/acr

e)

Vegetative Phase Reproductive Phase

Microbes (trillions/acre)

Productivity of Pivot Bio PROVEN™

The red fluorescent image shows how Pivot Bio microbes adhere to the epidermis of the plant root.

Pivot Bio optimizes microbes’ natural ability to produce nitrogen for corn crops. In multi-year research studies, corn planted with Pivot Bio microbes show improved growth when compared to the control.

The graph (left) illustrates how Pivot Bio microbes produce nitrogen compared to the wild type of the same microbes that exist in the soil.

The corn plants demand for nitrogen over the growth cycle is in correlation to the nitrogen production of Pivot Bio PROVEN™.

Root Cells

Microbes