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Magnetoreception
Magnetite Biomineralization in the Human Brain (Iron/Extremely Low Frequency Magnetic Fields) JOSEPH L
Sea Turtles: Navigation and Orientation C
Arxiv:1702.00538V2 [Physics.Bio-Ph] 24 May 2019
Magnetite-Based Magnetoreception Joseph L Kirschvink*, Michael M Walker† and Carol E Diebel‡
Animal Magnetism: a Study of Captive Grey Wolves at Rest and Their Orientation Relative to Earth’S Magnetic Field Max Yasgur, John Jay High School
Eyes Are Essential for Magnetoreception in a Mammal
A Putative Mechanism for Magnetoreception by Electromagnetic Induction in the Pigeon Inner Ear
Genomic Expansion of Magnetotactic Bacteria Reveals an Early Common Origin of Magnetotaxis with Lineage-Specific Evolution
Magnetotactic Bacteria: Isolation, Imaging, and Biomineralization
Magnetite Biomineralization and Geomagnetic Sensitivity in Higher Animals: an Update and Recommendations for Future Study
Chemical Magnetoreception in Birds: the Radical Pair Mechanism
Magnetoreception in Microorganisms Caroline Monteil, Christopher Lefèvre
Magnetoreception and Its Neural Basis in Spiny Lobsters
Magnetoreception, the Neurobiology Of
Magnetoreception—A Sense Without a Receptor
Ant Antennae: Are They Sites for Magnetoreception?
Turtles: the Coolest Navigators!
Numerical Tests of Magnetoreception Models Assisted with Behavioral Experiments on American Cockroaches Kai Sheng Lee1*, Rainer Dumke1,2 & Tomasz Paterek1,3
Top View
Neuronal Circuits and the Magnetic Sense: Central Questions E
Orientation and Open-Sea Navigation in Sea Turtles
Investigating the Symbiotic Magnetic Sensing Hypothesis in Fish Using Genomics
Do Magnetotactic Bacteria Underlie the Magnetic Sensing Capability of Animals? Eviatar Natan1*† and Yoni Vortman2†
Magnetic Attraction
Magnet-Induced Disorientation in Hatchling Loggerhead Sea Turtles William P
Magnetoreception Review
Humans Have a Magnetic Sensor in Our Eyes, but Can We Detect Magnetic Fields?
Magnetic Characterization of Isolated Candidate Vertebrate Magnetoreceptor Cells
Magnetic Migration Magnetic Migration
Use of Multiple Orientation Cues by Juvenile Loggerhead Sea Turtles Caretta Caretta Larisa Avens1,2,* and Kenneth J
Conservation of Proteobacterial Magnetosome Genes and Structures in an Uncultivated Member of the Deep-Branching Nitrospira Phylum
Magnetic Field!
How Birds See Magnetic Fields – an Interview with Klaus Schulten
Bioinspired Magnetic Nanochains for Medicine
Sensory Perception in Cetaceans: Part I—Current Knowledge About Dolphin Senses As a Representative Species
10Th RIN Conference on Animal Navigation Abstracts
Natal Homing by Magnetic Navigation in Sea Turtles and Salmon Kenneth J
Magnetoreception.Pdf
Cryptochrome 2 Mediates Directional Magnetoreception in Cockroaches
Geomagnetic Imprinting: a Unifying Hypothesis of Long-Distance Natal Homing in Salmon and Sea Turtles
Magnetoreception Abilities in Juvenile Loggerhead Sea Turtles