Carrots vs. Crown Gall
CSEF · 2011 Plant Biology Fourth Award
Overview
Objectives/Goals Objectives: The experiment was to measure the effects of Beta Carotene (a nutrient commonly found in carrots) on the growth of sunflowers infected with the Crown Gall plant disease. It was expected that since crown gall impairs the plant#s ability to take in nutrients, the more nutrients provided, the more of a chance that some will be absorbed. Methods/Materials Methods: Five groups of four plants each with relatively consistent heights were innoculated with agrobacterium tumefaciens (crown gall). Twice a week for two and a half weeks each group was watered with different amounts of Beta Carotene, from 0 to 8,200 mg. The plants were measured twice a week until the end of the testing period. Results Results: The group with the highest dosage of Beta Carotene grew the most, while the group with no Beta Carotene grew the least. Conclusions/Discussion Conclusions: The conclusion is that the more beta carotene an infected plant receives (up until a point undetermined by this experiment), the taller and healthier it becomes.
Summary statement
The experiment measures the effect of Beta Carotene on the height of sunflowers infected with Agrobacterium Tumefaciens (Crown Gall).
Help received
Parents helped locate and buy materials as well as proofread work
Awards (1)
Competition history
- CSEF 2011
Resources
Related projects
CSEF · 2005
Does Beta Carotene Prevent Tumor Growth in Plants?
CSEF · 2013
The Antioxidant Effects of Beta Carotene and Vitamin C on Agrobacterium tumefaciens Tumors as seen on Mammoth Sunflowers
CSEF · 2002
The Prevention of Crown Galls (Plant Cancer) in Plants
ISEF · 2020
The Effect of Antioxidants on Crown Gall Disease in Plants
CSEF · 2009
The Carotene Cure?
CSEF · 2002
Does Beta-Carotene Prevent Cancer in Plants?
CSEF · 2003
Can Beta-Carotene Prevent Plant Cancer?
CSEF · 2013
The Prevention of the Cancer, Crown Galls
Closest projects by meaning, across every fair and year in the corpus.
Browse more like this
Source: California Science & Engineering Fair public projects