Draw finger-like shapes for the endoplasmic reticulum. Starting at one edge of the nuclear membrane, draw a large shape that extends out of the membrane with several finger-like shapes pointing to each side before reconnecting to the nucleus.
 This entire shape is the endoplasmic reticulum. The shape should be fairly large because the endoplasmic reticulum can take up as much as 10% of the volume of the entire cell. Animal cells have both a smooth and a rough endoplasmic reticulum.
To make the rough endoplasmic reticulum, place dots on the outside edge of the finger-like shapes on one side of the endoplasmic reticulum. These dots represent ribosomes.
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Once you are comfortable with the basic concepts of creating a drawing, experiment with different size paper and drawing mediums.
The vacuole contains cell sap, which acts as an osmoregulator by helping remove excess water from the cell.
With one exception, all other living cells or eukaryotes contain a membrane-bound nucleus and internal structures comprised of organelles. Plant and animal cells each contain distinguishable characteristics important to highlight in a drawing.
Using the same approach, continue by sketching the inner structures.
Digital imaging is expensive and may not provide sufficient representations. You can create a clear and detailed sketch at any magnification, using any type of filter or condenser and with any type of microscope.
Sketches come to life when you add highlights, shadows and color. For a pencil sketch, separate areas into white, light, medium and dark grey and black. To see the light/dark areas, squint so that the hard edges are blurred and your focus is on the shading.
In addition, note the specimen, date, mounting technique, magnification and other related information in the bottom corner of your paper.
If you are using a graticule slide (a microscope slide with millimeter grid lines), lightly sketch a grid over your circle. Alternatively, draw light lines to separate the circle into a four equal quadrants. The quadrants will help you estimate the geographic location, proportion and relative size of objects in the view field.
Draw a squiggle for the chromatin material. Most of the rest of the nucleus interior should appear as one big squiggle. This squiggle represents the chromatin material such as DNA and proteins.
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The importance lies in allowing yourself the freedom to look at the specimen in an entirely new way – as if you’ve never seen it before. Learning how to observe a sample is just as important as how to sketch a microscope slide.
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How to sketch a microscope slide will feel less overwhelming breaking down the drawing process.
Draw two small rectangles at right angles to represent centrioles. Centrioles help assist with cell division. They are close to but separate from the nucleus. Form the centrioles by drawing two small rectangles perpendicular to each other near the nucleus.
 The centrioles are paired organelles, which is why you draw two of the rectangles together.
Most modern microscopes are capable of employing digital image technology, but this does not make hand sketching obsolete.
Learning how to sketch a microscope slide requires an open-mind, patience and a willingness to learn the basic drawing principles of perspective, size, shape and negative space.
Sheets of plain, white standard size 8½ x 11 paper Pencils: #2 or B soft, H fine, hard and HB medium Kneaded eraser Pens: fine and medium point, black ink Colored Pencils: basic 10-12 piece color set
Digital images, although invaluable, may contain noise and artifacts mistaken as part of the specimen.
Do you make all the cells the same colour? And if so, what colour? And if not, what colours for which cells?
The negative space forces your brain to see the object as abstract, breaking down shapes more accurately.
Continue shading from the lightest to darkest. The darkest most detailed areas represent the objects closest to you. If you prefer to use color, rather than shading a uniform area, use the same method of light to dark.
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Draw a set of dumbbell-like shapes for the Golgi body. To make the Golgi body (or Golgi apparatus), draw a set of three dumbbell-type shapes that are cylindrical at the center and bulbous at the ends. Each dumbbell should successively increase in size as they get farther from the nucleus and closer to the cell membrane.
 The Golgi body packages and sends complex molecules around and out of the cell. It does this via vesicles that you can represent around the Golgi body with a few small circles. Capitalize Golgi since it is the name of the discovering biologist.
Cells are one of the most basic building blocks of life. Whether single-celled or multi-celled, all organisms have them. Animal cells differ from plant cells in several regards though, including the lack of vacuoles, chloroplasts, and cell walls. By knowing what organelles animal cells have and their general shapes, you can easily draw an animal cell.
Lacking a membrane-nucleus, prokaryotes are simple cells identified through one of three shapes: rod, sphere and spiral. A well-drawn sketch will include the flagella, cell wall and visible organelles.
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Relax and have confidence that you have the ability to create a representational sketch. Remember, an eraser it all it takes to make improvements to your drawing.
In this Article:Drawing the Cell Membrane and NucleusDrawing the Other Cell OrganellesCommunity Q&A
Establishing a habit of labeling your drawings while discovering how to sketch a microscope slide will enable you to keep your drawing organized.
However, the most important part of the sketch is shapes indicative of specific bacteria.
These supplies will provide you with the general tools to experiment. If you prefer soft graphite, purchase different ranges of B pencils. Iif you want more vibrant colors, consider oil-based colored pencils.
Draw two circles for the cell nucleus. The nucleus is one of the larger structures of the cell. Form the nucleus by drawing two circles—a larger circle that takes up around 10% of the cell with a slightly smaller circle inside it.
 The nucleus of an animal cell has pores in it called nuclear pores. To represent these pores, erase three or four small sections of each circle. Then connect the outer lines to the inner lines. The finished product will resemble curved cylinders that don’t quite touch.
 This outer shell of the nuclear membrane is also called the nuclear envelope. To make a highly detailed cell model, put several dots on the outside of the nuclear membrane to represent ribosomes that attach to the membrane.
Start shading the light areas by following the shapes. For example, shade vertical lines for a flat surface and curved lines for a rounded. To give emphasis to shadows you can use a crosshatch pattern, series of different size and shades of dots, parallel lines or whatever you feel best represent what you see.
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Choose the quadrant with the largest shape in the view field; focus on the edges – are they straight or curved? Do lines intersect? Is the item contained within the quadrant or expanded onto other areas? Lightly map out the placement in the corresponding quarter on your paper.
You can plot dots where edges change direction or sketch rough angles for placement or just sketch the outline. If you make a mistake, simply erase and redraw. If the shape expands over other quadrants, continue on in the same manner until the first large shape is positioned on the paper.
Locate the next largest object; study its shape and position in reference to the first shape. Are they touching? Does one overlap the other? Closer items are always darker; but, for now, concentrate on outlining the remaining shapes.
Thick, dark lines representing the rigid cell wall in plants will allow easy discernment from flexible animal walls.
Can help you recall specifics from a microscope lab Contained in a notebook, sketches provide an adjunct study aid Forces one to look more closely, seeing every detail
Once you learn to see, you can draw. Some individuals can sketch from here and others may find that it useful to associate the abstract with something familiar such as a letter or number – an abstract concept in regard to your sketch, but a reference to a form you already know how to create.
Sketching specimens will provide you with a better understanding, as you study the intricacies of the image you see through the lens – details that may be overlooked in a photo.
First, to represent the microscope field of view, draw a circle on the page – this can be freehand or, if you want to be precise, use a compass.
No single formula exists for everyone and experimentation is an important part in exploring how to sketch a microscope slide.
If you can fit the label in the corresponding part of the cell, you can write it in there. Otherwise, you can draw a line out from the part of the cell to its label.
The identification of prokaryotic and eukaryotic cellular structures, shapes and organelles on accurate visual representations will make for impressive and useful sketches when learning how to sketch a microscope slide.
Perfecting your own method of how to sketch a microscope slide will take time and practice.
Anyone can learn the basics of drawing and learn how to sketch a microscope slide. Many individuals are under the misconception that you need an innate artistic talent to create a decent sketch. This is a myth.
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A golgi apparatus or golgi complex is a set of membranes bounded in fluid — filled viscles, vacoules and flattened cristernae (closed sacs). It exists near the nucleus in animal cells.
Draw a simple circle or oval for the cell membrane. The cell membrane of an animal cell is not a perfect circle. You can make the circle misshapen or oblong. The important part is that it does not have any sharp edges.
 Also know that the membrane is not a rigid cell wall like in plant cells. Cell membranes do allow molecules to pass in and out of animal cells. Make the circle large enough to decipher all the organelles you draw inside.
Draw another small circle for the lysosome. The lysosome is like the scrapyard of the cell that breaks down unneeded material to reuse. Represent the lysosome with a small circle at the edge of the cell.
Add many small dots in the lysosome to show the digestive enzymes inside, which is called a hydrolytic enzyme mixture. You can place the lysosome near the Golgi apparatus since the organelles are often budded from the Golgi body.
Português: Desenhar uma Célula Animal, Русский: нарисовать животную клетку, Español: dibujar una célula animal, Français: dessiner une cellule animale, Italiano: Disegnare una Cellula Animale, Bahasa Indonesia: Menggambar Sel Hewan, Deutsch: Eine tierische Zelle zeichnen
To provide dynamic sketches with greater function, label these and other parts of the structures on your drawings.
Protoplasm makes up the living part of the cell. It includes the cytoplasm, nucleus, and other organelles.
Add dots inside the cell but outside the other organelles to show ribosomes. Ribosomes also float around in the cytosol, which is the cellular fluid inside the membrane but outside of all the organelles.
Show the extra ribosomes in the cytosol by making several more dots inside the cell. If you have color-coordinated your drawing, make the ribosomes in the cell, attached to the nuclear membrane, and attached to the rough endoplasmic reticulum all the same color.
Cytosol and cytoplasm are often used interchangeably for the fluid in the cell. Though the fluid in the nucleus is nucleoplasm.
As you gain confidence, experiment with smaller and larger size paper, different weights or consider purchasing a sketch notebook.
Draw a small shaded circle for the nucleus. The nucleolus is at the center of the nucleus and makes ribosomal sub-units that combine elsewhere in the cell. Represent the nucleolus with a small shaded circle.
Any of the distinct types of material of which animals or plants are made, consisting of specialized cells and their products.
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In addition, when talking to a colleague or professor and words are not providing adequate descriptions, knowing how to sketch a microscope slide will enable you to provide a visual.
How to Sketch a Microscope SlideIdentifying Cell Structures and Adding Dynamic Elements
Most instructors will make you to label each structure on a test or assignment. Get in the habit of labeling each structure and organelle. If you wish to draw a particular cell such as an amoeba or paramecium, study them first.
There are usually some other structures like flagella, cilia, pseudo podium, etc. If you are making a 3D model, then use paper mache to make it.
Additional organelles, with noted characteristics, found in the cytoplasm include:
Draw arrows pointing to each part of the cell and on the other side of the arrow write the name of that part.
Draw rod-shaped ovals for the mitochondria. The mitochondria are the powerhouses of the cell. Draw them by making two or three large, rod-shaped ovals in the cell but outside the nucleus. Each mitochondrion (singular) should contain an enclosed shape with many ridges and switchback lines.
 This shape represents the mitochondrial cristae or inner folds of the organelle’s membrane that provide more surface area to carry out processes. Leave a gap between the oval of the outer membrane and the inner membrane.
Many individuals find it easier to begin sketching larger objects and working their way to the smaller shapes when learning how to sketch a microscope slide.
Your brain may tell you the specimen is a rectangle with a circular nucleus, but what you actually see likely different.
When you look at your sample, remember that the negative space or empty area is just as important as the object itself.
Draw a pinocytic vesicle. Detailed animal cell models may also include a pinocytic vesicle on the cell membrane. This will appear as a small bulbous shape. It should push into the outer circle of the cell membrane without breaking it.
 In pinocytosis the cell membrane wraps around extracellular fluids (those outside the cell). It then pulls the fluid into the cell for digestion or absorption. This is why you draw the vesicle as a bulbous shape that the membrane has wrapped around.
Mitochondria Chloroplasts (plants) Endoplasmic Reticulum (ER) Golgi Apparatus or Complex Lysomes Ribosomes Cytoskeleton Vacuoles