'Complex cells' presentation slideshows

Fundamentals of the Nervous System and Nervous Tissue

Fundamentals of the Nervous System and Nervous Tissue. Chapter 11. Introduction. The nervous system is the master controlling and communicating system of the body It is responsible for all behavior

1.27k views • 84 slides

Perception

Perception. What you want to remember. Perception is more than photons and pressure. Perception is divided from cognition/emotion but they are often intertwined. Perception follows laws and heuristics. Sensation. Sensation - the registration of physical stimuli

1.27k views • 72 slides

Scale-up of Cortical Representations in Fluctuation Driven Settings

629 views • 50 slides

Natural Sciences 360 Legacy of Life Lecture 4 Dr. Stuart S. Sumida

Natural Sciences 360 Legacy of Life Lecture 4 Dr. Stuart S. Sumida. Science, Cells and Food From Cells to Ecosystems. What is... ...Science?. Scientific Method: Inquiry: Ask a question. Observation: Gather data. Hypothesis: Devise a model to explain the data.

613 views • 48 slides

Origin of Life

Origin of Life. How did life begin??. Spontaneous Generation. Biogenesis. For thousands of years people believed that living organisms originated from nonliving matter. the idea of life arising from other living organisms Examples cats make cats; humans make humans;

759 views • 45 slides

Occipital Lobe

Occipital Lobe. Videos: Brain modules 8,9,10, 11 Consciousness- Blindsight. EYE. Receptors: rods and cones. Rods Cones. 120 million periphery sensitivity night vision. 8 million central acuity color vision. Anatomical Pathway in the Retina.

1.16k views • 40 slides

Environmental Science Chapters 4-6 Jeopardy

519 views • 32 slides

Cognitive Psychology

440 views • 30 slides

Organelle Bingo

Organelle Bingo. The packaging/ distribution center of the cell. This organelle packages proteins. . Boundary of the cell that is selectively permeable. Made up of phospholipids. . Only found in plant cells. Is made up of cellulose and provides support for the cell. .

423 views • 26 slides

Hyundo Kim Natural Computation Group

Developmental Constraints Aid the Acquisition of Binocular Sensitivities by Melissa Dominguez, and Robert A. Jacobs Class presentation for CogSci260 Spring 2004. Hyundo Kim Natural Computation Group. Developmental Progression 1.

360 views • 26 slides

A Conversation

385 views • 25 slides

Early Vision

440 views • 25 slides

Psychology 4051

Psychology 4051. The Primary Visual Cortex. The Primary Visual Cortex. A multi-layered structure located in the occipital lobe (AKA, Area 17, V1, Striate cortex). Receives axons from the LGN. Each hemisphere represents the contralateral visual field. The Visual Cortex.

610 views • 23 slides

296 views • 14 slides

Six Kingdoms

Six Kingdoms. Edward Choi. Plantae. Plants are all multi-cellular and consist of complex cells. They photosynthesize in order to live. They heavily rely on the environments that are surrounding them. They need sunlight Second largest kingdom among the six Phyla

306 views • 13 slides

Cells and Cell Theory

209 views • 11 slides

The Visual System: Feature Detection Model

The Visual System: Feature Detection Model. Lecture 15. Cortical Mechanisms. Primary Visual Cortex - V1 Striate or calcarine cortex Hubel and Wiesel - Nobel Prize Single cell recording Feature detection model simple stimuli ? complex perceptions ~. Feature Detection Model.

422 views • 10 slides

The Visual System: Feature Detection Model

The Visual System: Feature Detection Model. Lesson 17. Cortical Mechanisms. Primary Visual Cortex - V1 Striate or calcarine cortex Hubel and Wiesel - Nobel Prize Single cell recording Feature detection model simple stimuli ? complex perceptions ~. Feature Detection Model.

266 views • 10 slides

Vs.

Killer Whale. Frog. Vs. 1. How does the size of a cell in a frog compare to the size of a cell in a whale?. 2. What makes a whale so much larger than a frog?. Cell History. van Leeuwenhoek. Hooke. Cell History. All life is made of cells Cells discovered after microscope invented

238 views • 8 slides

MULTI-CELLULAR VS. UNICELLULAR ORGANISMS

MULTI-CELLULAR VS. UNICELLULAR ORGANISMS. MULTI-CELLULAR ORGANISMS. Are known as Eukaryotic organisms which means they contain a nucleus inside each cell. Can be heterotrophic- they cannot make their own food. They must consume other plants/animals for energy.

225 views • 4 slides