Animal Cell Model Diagram Project Parts Structure Labeled Coloring and Plant Cell Organelles Cake: 2014

Thursday, March 20, 2014

Plant And Animal Cells For Kids Animal Cell Model Diagram Project Parts Structure Labeled Coloring and Plant Cell Organelles Cake

Plant And Animal Cells For Kids Biography

Source:- Google.com.pk

Plant Science Projects For Kids

Botany – Plant Science

Botany Courses

Botany Experiments

Cell Structure

Classifications

DNA from Plants

Environment

Flowers

Garden Projects

How Plants “Drink” Water

Trees

Botany Courses

Botany: An Introduction to Plant Biology

This educational site contains a variety of learning resources and student activities designed to assist in the study of Botany. Use site along with the book Botany: An Introduction to Plant Biology, Third Edition.

Great Plant Escape

An elementary plant science program for 4th and 5th grade students. Each of the lessons in this program is interdisciplinary, designed to introduce students to plant science and increase their understanding of how food grows.

Botany Experiments

Time lapse radish seeds sprouting, top and roots growing

Time lapse sequence. Amazing how fast the radishes grew. Music by Roland White [CD-Trying to Get to You]. Hope you enjoy.

Dress-for-Success Mulch

Tomatoes are partial to red, potatoes favor pale blue or white, and turnips don’t think orange is too bad.

Gardening Tips : Does Music Affect Plant Growth?

While there is no evidence that music affects plant growth, playing a favorite type of music may make gardening more fun and effective. Give attention to plants by playing music when gardening using tips from a sustainable gardener in this free video on plant care.

The Effect of Music on Plants

In 1973, a woman named Dorothy Retallack published a small book called The Sound of Music and Plants. Mrs. Retallack placed plants in each chamber and speakers through which she played sounds and particular styles of music. She watched the plants and recorded their progress daily. She was astounded at what she discovered.

Fun Science Fair Projects

Some ideas and methods to help make it easier for you to have a prize winning botany science project. From Janice Van Cleve.

Happy, dancing raisins

Remember the dancing raisins commercial on TV? No? Well it doesn’t matter anyway, they have absolutely nothing whatsoever to do with this experiment. Now, let’s make some raisins boogie!

Mummified Apple Recipe

Science is used in the study of how ancient Egyptians created mummies. Create a mummified apple. Does it last as long or longer than a fresh apple?

Plant Growth Experiments

The instructions here outline a protocol for conducting plant growth experiments in the laboratory. You may want to make adaptations for use in a greenhouse or outdoors.

Cell Structure

3D Plant Cell Project

All you need for your own 3D plant cell model is a few ordinary household objects. Additionally a few food items will be needed to illustrate the parts of the cell. We like to use Jell-O in our 3D cell model. Use the “Jigglers” recipe to make the cell stiff.

AP Biology Project–Cells

Olivia Halverson helps you understand plant and animal cells: how they are similar and different.

How to make an edible Plant Cell for Biology Science Project

Basically I had to make a plant cell and I didnt want to do the same thing everyone does… so I did it Betty Crocker Style!

Plant Cell Science Project

The following sample plant cell science project experiment is meant to give you ideas on how to perform experiments and arrange your project. Use this project to come up with ideas for your own experiments.

Plant Cell Structure

Plants are unique amongst the eukaryotes, organisms whose cells have membrane-enclosed nuclei and organelles, because they can manufacture their own food.

Classifications

Interviews with Plant Groups – Lesson starter

Great teaching resource I made using CrazyTalk software. A moss, conifer, flower, grass and fern all tel you about their features. Great for plant classification.

Classification of Plants & Animals

At any one time in history, there are millions of different kinds of plants and animals in the world. In 1753, a scientist in Sweden named Carolus Linnaeus thought of an orderly system for classifying plants and animals.

Fun Facts about Fungi

Penicillin can save lives. Truffles, found by pigs, are a delicacy. Did you know that ants farm fungi? These and other amazing facts.

Lichenland

Know that flat green stuff found on rocks? That’s lichen. Why should you care about learning about lichen? Check out this page for kids to find out.

Mold Terrarium

I mean really! Do you really have to PLAN to grow mold in a jar of old food? Just grab something that’s been in your fridg too long and make the observations.

DNA from Plants

How to extract DNA from anything living

Using your blender and an onion, here’s how you can extract some long strands of DNA.

Environment

Chaparral and Fire

When we say that plants are adapted to fire, we mean that the plants actually need fire as part of their lives, and that the plant species could die out if fire didn’t occur. Sounds a little strange, doesn’t it? Why would plants have anything to do with fire?

The Dirt on Soil

This is a world where fungi lay traps for thread-like worms. Bacteria dine on toxic chemicals. The smaller the creature, the stranger are its habits. Take an interactive journey into the dirt beneath your feet.

Natural History for Bell County Texas

Presented here are some of the things in nature that I have observed and captured as images. Hopefully this will help motivate others to make their own observations. Most of the material presented is from Central Texas in the vicinity of Bell County, but much of the material applies world wide.

Flowers

Gardening Tips : Collecting Seeds From Flowers

Collect seeds from flowers by waiting until the plant is done blooming and then gather the seed pods before it starts to rain and freeze at night. Hold on to seeds until they can be planted in the spring and save money on expensive seeds with gardening tips from a sustainable gardener in this free video on plant care.

Northwest Coloring Book Common Names Index

Just click on the common name to go to the page with the correct drawings. Here’s another page with the wildflowers of Texas.

The Structure of Flowers

Some flowers are tiny and hard to see: others are showy and flamboyant, like orchids and roses. Some flowers grow in clusters, some bloom alone. All flowers, however, have a protected ovary to contain the seeds, and stamens to produce the pollen.

Why Do Plants Have Flowers?

Flowers are used by a plant to have kids….er…..seeds, and new baby plants. Simple, yet lovely illustrations to show flower parts and how insects help pollenate flowers. Delightfully written.

How Plants “Drink” Water

Celery Stalks at Midnight

Did you ever wonder how a paper towel can soak up a spill, or how water gets from a plant’s roots to its leaves? The name for this is “capillary action.”

Extracting life from a plant

OK Reeko, so how do plants take in water, I’ve never seen them slurping it up with a straw? This experiment should shed some light on this question.

Spineless Potatoes

In this experiment we will introduce you to a principle called osmosis. Using simple household items we will demonstrate what osmosis (the natural passage or diffusion of water — or other liquids — through a semi permeable membrane,) is and how it works.

Plant And Animal Cells For Kids Animal Cell Model Diagram Project Parts Structure Labeled Coloring and Plant Cell Organelles Cake

Wednesday, March 19, 2014

Animal Cell Structure And Function Animal Cell Model Diagram Project Parts Structure Labeled Coloring and Plant Cell Organelles Cake

Animal Cell Structure And Function Biography

Source:- Google.com.pk

The development of a fertilized egg into a newborn child requires an average of 41 rounds of mitosis (241 = 2.2 x 1012). During this period, the cells produced by mitosis enter different pathways of differentiation; some becoming blood cells, some muscle cells, and so on.

There are more than 100 visibly-distinguishable kinds of differentiated cells in the vertebrate animal. These are organized into tissues; the tissues into organs. Groups of organs make up the various systems — digestive, excretory, etc. — of the body.

The actual number of differentiated cell types is surely much larger than 100.

All lymphocytes, for example, look alike but actually represent a variety of different functional types, e.g., B cells, T cells of various subsets.

The neurons of the central nervous system must exist in a thousand or more different functional types, each representing the result of a particular pathway of differentiation.

This page will give a brief introduction to the major types of animal tissues. The links along the left side of the figure will take you directly to the individual paragraphs indicated.

Epithelial

Muscle

Connective

Nerve

Blood

1. Epithelial

Epithelial tissue is made of closely-packed cells arranged in flat sheets. Epithelia form the surface of the skin, line the various cavities and tubes of the body, and cover the internal organs.

Subsets of Epithelia

Epithelia that form the interface between the internal and external environments.

Skin as well as the lining of the mouth and nasal cavity. These are derived from ectoderm.

Inner lining of the GI tract, lungs, urinary bladder, exocrine glands, vagina and more. These are derived from endoderm.

The apical surface of these epithelial cells is exposed to the "external environment", the lumen of the organ or the air. [View example]

Mesothelia. These are derived from mesoderm.

pleura — the outer covering of the lungs and the inner lining of the thoracic (chest) cavity.

peritoneum — the outer covering of all the abdominal organs and the inner lining of the abdominal cavity.

pericardium — the outer lining of the heart.

Endothelia. The inner lining of the heart, all blood and lymphatic vessels — derived from mesoderm.

The basolateral surface of all epithelia is exposed to the internal environment (ECF). The entire sheet of epithelial cells is attached to a layer of extracellular matrix that is called the basement membrane or, better (because it is not a membrane in the biological sense), the basal lamina. [View example]

View showing relationship between the apical and basolateral surfaces of epithelial cells and how they maintain their distinction.

The function of epithelia always reflects the fact that they are boundaries between masses of cells and a cavity or space. Some examples:

The epithelium of the skin protects the underlying tissues from

mechanical damage

ultraviolet light

dehydration

invasion by bacteria

The columnar epithelium of the intestine

secretes digestive enzymes into the intestine;

absorbs the products of digestion from it.

An epithelium also lines our air passages and the alveoli of the lungs. It secretes mucus which keeps it from drying out and traps inhaled dust particles. Most of its cells have cilia on their apical surface that propel the mucus with its load of foreign matter back up to the throat.

2. Muscle

Three kinds of muscle are found in vertebrates:

Skeletal muscle is made of long fibers whose contraction provides the force of locomotion and other voluntary body movements.

Smooth muscle lines the walls of the hollow structures of the body, such as the intestine, urinary bladder, uterus, and blood vessels. Its contraction, which is involuntary, reduces the size of these hollow organs.

The heart is made of cardiac muscle.

Link to page devoted to the structure and properties of the three kinds of muscles.

3. Connective

The cells of connective tissue are embedded in a great amount of extracellular material. This matrix is secreted by the cells. It consists of protein fibers embedded in an amorphous mixture of protein-polysaccharide ("proteoglycan") molecules.

Supporting connective tissue

Gives strength, support, and protection to the soft parts of the body.

cartilage. Example: the outer ear

bone. The matrix of bone contains collagen fibers and mineral deposits. The most abundant mineral is calcium phosphate, although magnesium, carbonate, and fluoride ions are also present. [More on bone]

Dense connective tissue

Often called fibrous connective tissue.

Tendons connect muscle to bone. [View] The matrix is principally Type I collagen, and the fibers are all oriented parallel to each other. Tendons are strong but not elastic.

Ligaments attach one bone to another. They contain both collagen and also the protein elastin. Elastin permits ligaments to be stretched.

Loose connective tissue

It is distributed throughout the body. It serves as a packing and binding material for most of our organs. Sheets of loose connective tissue that bind muscles and other structures together are called fascia. Collagen, elastin, and other proteins are found in the matrix of loose connective tissue.

Both dense and loose connective tissue are derived from cells called fibroblasts [View], which secrete the extracellular matrix.

Adipose tissue

Adipose tissue is "fat". There are two kinds found in mammals:

white adipose tissue (WAT) in which the cells, called adipocytes, have become almost filled with oil. The oil is confined within a single membrane-enclosed droplet. Virtually all of the "fat" in adult humans is white adipose tissue.

brown adipose tissue (BAT) in which the adipocytes contain many small droplets of oil as well as many mitochondria.

White adipose tissue and brown adipose tissue differ in function as well as cellular structure. These differences are described on a separate page. Link to it.

New adipocytes in white adipose tissue are formed throughout life from a pool of precursor cells. These are needed to replace those that die (after an average life span of 10 years). Whether the total number of these adipocytes increases in humans becoming fatter as adults is still uncertain. If not, why do so many of us get fatter as we age? Because of the increased size of individual adipocytes as they become filled with oil.

The adipocytes of white adipose tissue secrete several hormones, including leptin and adiponectin.

4. Nerve

Nerve tissue is composed of

nerve cells called neurons and

glial cells.

Neurons

Neurons are specialized for the conduction of nerve impulses. A typical neuron consists of

a cell body which contains the nucleus;

a number of short fibers — dendrites — extending from the cell body

a single long fiber, the axon.

The nerve impulse is conducted along the axon.

Link to a page devoted to neuron structure.

The tips of axons meet:

other neurons at junctions called synapses

Link to a page describing the properties of synapses.

muscles (called neuromuscular junctions)

Link here to a page describing the neuromuscular junction.

glands

Link here to a page describing how neurons work.

Link here to a page describing the types and organization of neurons in the peripheral nervous system.

Glia

Glial cells surround neurons. Once thought to be simply support for neurons (glia = glue), they turn out to serve several important functions.

There are three types:

Schwann cells. These produce the myelin sheath that surrounds many axons in the peripheral nervous system.

Oligodendrocytes. These produce the myelin sheath that surrounds many axons in the central nervous system (brain and spinal cord).

Astrocytes. These — often star-shaped — cells are clustered around synapses and the nodes of Ranvier where they perform a variety of functions:

modulating the activity of neurons [An example] [Another example];

supplying neurons with materials (e.g. glucose and lactate) as well as some signaling molecules;

regulating the flow of blood to their region of the brain. It is primarily the metabolic activity of astrocytes that is being measured in brain imaging by positron-emission tomography (PET) and functional magnetic resonance imaging (fMRI).

pruning away (by phagocytosis) weak synapses.

In addition, the central nervous system contains many microglia — mobile cells (macrophages) that respond to damage (e.g., from an infection) by

engulfing cell debris

secreting inflammatory cytokines like tumor necrosis factor (TNF-α) and interleukin-1 (IL-1)

Microglia are also active in the healthy brain, at least in young mice where, like astrocytes, they engulf synapses thus reducing the number of synapses in the developing brain.

Animal Cell Structure And Function Animal Cell Model Diagram Project Parts Structure Labeled Coloring and Plant Cell Organelles Cake

About Animal Cells Animal Cell Model Diagram Project Parts Structure Labeled Coloring and Plant Cell Organelles Cake

About Animal Cells Biography

Source:- Google.com.pk

Logo Springer

Search Options

English

Academic edition

Skip to: Main content Side column

Home

Look Inside Get Access

Find out how to access preview-only content

Recent Advances in Biotechnology

NATO ASI Series Volume 210, 1992, pp 243-261

Bioreactors for Animal Cell Cultivation

Wei-Shou Hu

Purchase on Springer.com

$29.95 / €24.95 / £19.95*

Buy this eBook

$69.99 / €67.82 / £56.99*

Buy eBook

* Final gross prices may vary according to local VAT.

Get Access

Abstract

Animal cell processes are primarily used for the production of proteins and viral vaccines of relatively high value. Recent advancements in animal cell bioreactor are reviewed. Most previous concerns about the potential difficulties in scaling-up animal cell processes have been alleviated by the developments in bioreactors. A new challenge is the development of kinetic models for the optimization and control of these animal cell based process

Page 1

Page 2

Recent Advances in BiotechnologyRecent Advances in Biotechnology Look

Inside

Other actions

Export citation

About this Book

Reprints and Permissions

Add to Papers

Share this content on Facebook Share this content on Twitter Share this content on LinkedIn

Edible Animal Cell Animal Cell Model Diagram Project Parts Structure Labeled Coloring and Plant Cell Organelles Cake

Edible Animal Cell Biography

Source:- Google.com.pk

Problem: What are organelles? What organelles are found in a cell (plant/animal)? What are the functions of those organelles?

Hypothesis: _____________________________________________________________

Materials: * 2 blue or green pieces of fruit roll up .. Golgi Bodies * 2 red or yellow pieces of fruit roll up .. Endoplasmic Reticulum * 1 teaspoon of round cake sprinkles .. Ribosomes * 4 hot tamales .. Mitochondria * 4 chocolate covered raisins .. Vacuoles * 1Jello/Knox mixture in plastic cup * 1 paper plate * 1 small Dixie cup full of cell parts (organelle) materials * 1 plastic knife * 1 plastic spoon

Procedures:

1. Getting the Jello Ready (Bill Cosby Impressions are encouraged!) Follow the package directions to mix up batches of Jello gelatin mix. Pick a light colored flavor. Every 6 oz package will make up 4 or 5 cells. Add some unflavored Knox gelatin to the Jello to make it set up a little stiffer (just regular Jello fell apart during our first test). Pour the Jello/Knox mixture into individual 9 oz Solo brand plastic cups until they are about two-thirds full. Put them into a refrigerator to set. This is the end of today's work. Make sure to label your cups! You are going make 2 cells (one animal cell and one plant cell.)

2. Day Two time to eat! Remove the Jello from the plastic cup onto the paper plate. We had some problem with this. The students may need to run the knife around the very outside edge of the Jello to loosen it. There are some suggestions that you might spray the cup with Pam or some other non-stick material. We did not get a chance to try this yet. Running warm water over the cup may also loosen the Jello.

3. Cut the Jello/Knox in half and remove the top half. Turn over the top and set it on the plate beside the bottom half

4. Use the spoon to dig out a hole in the bottom half of the Jello/Knox cytoplasm . Just pushing the food pieces into the Jello causes it to crack and come apart, making for a very messy cell. Place the gumball in this hole to represent the nucleus of the cell.

5. Using the spoon to make spaces and your diagram as a guide, place the other cell parts into the cell. Parts can be put into both the top and bottom half of the Jello/Knox cell

6. Take the top part of the cell and carefully place it on the top. If the cell feels soft, you can put the parts back into the plastic cup, then turn it over onto the paper plate. Then carefully remove the plastic cup.

7. After reviewing the parts one final time, those students who wish to can feast on their cell. Please use clean spoons in case the spoon you were working with fell on the floor or the table.

You can make an edible animal cell model out of many types of food. You can create a pizza, using different toppings to represent the organelles. You can also create a candy animal cell model with gummy worms, M&Ms, and other types of candy as organelles.

Ads Ion Channel Services

www.bsys.ch

Automated and Manual Patch Clamping Ion Channel Cell Lines

Automated Patch Clamping

www.autopatch.asia

The Automated Alternative To Manual Patch Clamp System. GLP Compliant

1 Additional Answer

Cells

Nucleus Source

Cells are the structural and functional units of all living organisms. Some organisms, such as bacteria, are unicellular, consisting of a single cell. Other organisms, such as humans, are multicellular, or have many cells—an estimated 100,000,000,000,000 cells... More »

see also: Interactive Cell Diagram · Cell Quizzes

Organelles:

Q&A Related to "Edible Animal Cell Model?"

How to Make an Edible Animal Cell Model.

1. Reference the animal cell diagram and assign a type of candy to represent each part of the cell. 2. Line the glass bowl with unraveled fruit roll-ups, to represent the cell membrane

http://www.ehow.com/how_7717538_make-edible-animal...

How to Make An Animal Cell Model?

The best way to make animal cell model is to use gelatin. Get clear (non flavored) or a light color, such as yellow. To show the cell parts use edible items like gummy bears, raisins

http://answers.ask.com/Science/Biology/how_to_make...

How can you make a edible animal cell model?

You can use jello for the cytoplasm, and use things such as canned peaches, pears, or jelly beans for the organelles.

http://wiki.answers.com/Q/How_can_you_make_a_edibl...

How to make an edible model of an animal cell?

make a cake with icing as cytoplasm, different colored icing as cell membrane, small pieces of licorice as ribosomes, jelly beans as mitochondria, whopper cut 1/2 as lysosome, frui

Edible Animal Cell Animal Cell Model Diagram Project Parts Structure Labeled Coloring and Plant Cell Organelles Cake

Information About Animal Cell Animal Cell Model Diagram Project Parts Structure Labeled Coloring and Plant Cell Organelles Cake

Information About Animal Cell Biography

Source:- Google.com.pk

A biome is a geographical area that is very large in size. Each of these geographical areas has certain groups of animals and plants that are present within it. They are able to thrive there due to their ability to adapt in that particular type of environment. The changes in a region such as the climate and the geographic layout affect which biomes are found where in the world. The classifications are plentiful to help break them down.

Types of Biomes in the World

Tundra Biome

Desert Biome

Taiga Biome

Tropical Rainforest Biome

Chaparral Biome

Coral Reef Biome

Freshwater Biome

Grassland Biome

Ocean Biome

Savanna Biome

Temperate Deciduous Forest Biome

Wetland Biome

Conservation of Biomes

Types of Biomes Video!

You will find biomes that fit the classification of grasslands, tundra, forests and deserts. Those are all biomes found on land. However, you will also find numerous geographical areas that contain biomes of that consist of aquatic environments. It is very interesting to explore the different ecosystems that are found within any one biome. They are all dependent on each other in various ways.

Biomes Facts

Biomes Facts and Information

As there are changes that occur regarding the climate or the environment of a biome, those plants and animals that live within it can be threatened. This is why so many of them are able to adapt to the changes so that they can continue to survive. Unfortunately though not all of them are always able to adapt in such a manner so they die out.

It is amazing to explore the way in which these biomes affect everything in the environment. When there are too many of any plant or animal they can end up fighting for their survival. If there is too little of any given plant or animal then those that depend on it for food may have a hard time surviving. The circle of life that is part of any biome is very complex. What affects one living thing within it will affect all of them on some level.

That is why it is so important to learn about biomes. Relaxing how human actions can upset the natural balance of things can help with important decisions. There are so many different living things out there. Many of them most of us have very little knowledge of. However, they are just as important as those that are well known. Some of these living things are very large and others are extremely small. However, they are also very dependent on each other.

There are many issues that come into play for a category of biome to be recognized in a given environment. The climate of that location is closely evaluated. There can be many variables that affect the climate. Different seasons and times of the year also bring in new changes for any given environment and climate.

The geographic layout of a particular area is going to affect the biomes that are found there. The vegetation is important to explore. What is fascinating is discovering the types of adaptations that a living plant or animal goes though in order to continue thriving in a given biome. In spite of various changes that occur there, they are able to continue living.

It is very important to understand what these adaptations are. They aren’t just in regards to the physical location of where living things are found either. Instead, they also include the changes in behaviors that occur. Those behaviors are also key indicators for how a living thing is able to adapt.

Since plants and animals are two different entities, it is important to break them down and look at each side of them. These make up the various biomes and they do have to work with each other if they are to survive. The plants often depend on the animals for pollination and the spreading of seeds. The animals often depend on the plants as a source of food.

Most people fail to see the vital importance that plants play in our society. If they were to all die, life on Earth would all die. Plants on the other hand would be able to survive without animal life forms. This is because they have the unique ability to make their own food. Even animals that don’t eat plants depend on them in some format to offer the foods they do consume.

One of the essential elements that all animal life forms need is oxygen. This comes from plant life as well. They need carbon dioxide which they get from the air we exhale. This exchange is a key aspect of how plant and animal life forms are highly dependent upon each other. In order for the natural balance of oxygen, carbon dioxide, and water to remain in place all plants and animals have a very important place on Earth.

Biomes Information

Rain forest Biome

It may surprise you to learn that there are more than 260,000 different types of plants. They are classified into various biomes based on where they are found, the temperature they need to survive, and a variety of other factors. The fact that many of these plants also allow us to have a variety of medications is one more reason why they are so important to biomes.

Animals are the other sector of the balance within these biomes. All animals are either vertebrates or invertebrates. Some are only one cell organisms and others are very large animals that live on land or water. The small insects all the way to the bigger animals are very important though to their biomes. They each have a detailed role that they play.

It is believed there are approximately 10 million different species of animals in the world. They each have distinct habitat where they live. Some of them span over mountain ranges or the dessert. Others wonder the plains or swim in the oceans. Yet there are also those that are able to reside in just a few drops of water!

Two significant factors that determine the climate in any biome where animals live are the temperature and the amount of rainfall. Competition is also something that has to be considered. Sometimes animals can’t thrive in a given location because there are too many other animals. Other times it is due to a lack of sources they can use for food in that given biome.

The climate plays huge role in biomes as well – both for plants and animals. This is why some areas are distinguished as dessert while others are a rainforest. Climate has all of the control over what will live and grow in any particular biome. The climate in a given area can also change based on the rotation of the Earth. That is why some areas how rainy seasons and other periods of the year are hot and dry.

This is also why we have the different seasons of the year. The Koppen system recognizes five distinct climate types in the world. There are also numerous subgroups that can be further broken down for a given area.

There are lots of environmental changes that can occur that upset the balance of things in a biome. Many of them are natural element that we have no control over. For example when a hurricane or a flood go through an area. When a wildfire occurs in the forest the biomes are upset. What isn’t typically known though is that such events can also alter weather and climate in other areas around the world even though they weren’t directly impacted by the natural event

Information About Animal Cell Animal Cell Model Diagram Project Parts Structure Labeled Coloring and Plant Cell Organelles Cake