How Do Magnet Strengths and Water Temperatures Affect the Growth of Planarian?
Overview
Objectives/Goals The objective for this is to discover which temperature of water combined with which strength of magnet would increase the rate of regeneration in planarian. Methods/Materials Petri dish 35mm dia, brown planarian, magnets 3 different strengths, water 3 different temperatures, microscope, scalpel, and liver. Cut planarian into thirds and place in petri dish. Measure cut planarian regeneration over several days. Results During the 12 trials we compared the data of planarian regeneration for each petri dish. The room temperature water with the lowest strength magnet was shown to be the most effective. Conclusions/Discussion The conclusion of the room temperature water with the lowest strength magnet showed more effectiveness than any of the other trials. Therefore, the lowest strength magnet in room temperature water produced the best result.
Summary statement
We discovered the effects different magnet strengths and water temperatures have on planarian regeneration.
Help received
Our Science Teacher Mrs. Shelby Little. Prof. Muller at California State University of planarian diets how different temperatures of water effect their growth and how they are able to regenerate. Prof. Ross at California State University.
Competition history
- CSEF 2018
Resources
Related projects
CSEF · 2008
Planaria Regeneration
CSEF · 2014
The Effect of Magnetism on Planaria Regeneration
CSEF · 2011
The Effects of Magnetism on the Semi-Immortal Planaria
CSEF · 2007
Animal Magnetism: How Does Magnetism Affect the Rate of Regeneration in Planaria?
CSEF · 2010
When Half a Worm Is Not Enough: Effects of Magnetism on Planaria Regeneration and Growth
CSEF · 2017
Is Planarian Regeneration Affected by Magnetic Fields?
CSEF · 2019
Project Planaria
CSEF · 2004
How Does the Intensity of a Magnetic Field Affect the Regeneration Rate of a Planarian?
Closest projects by meaning, across every fair and year in the corpus.
Browse more like this
Source: California Science & Engineering Fair public projects