The discipline of Biology branches out to many specializations. As a student of the subject you will eventually have to choose a branch where you will master your skills and gain in-depth knowledge. At a glance, biology can be divided into two major categories: Zoology and Botany. These two disciplines are quite different from each other. Basically, Zoology engages in the study of animals while Botany dives into the world of plants.
Branches of Biology
However, there are many more branches of Biology. These include – ecology, conservation, genetics, medicine, physiology and molecular biology. Another important and highly interesting branch of biology is microbiology. While Zoology and Botany focus almost exclusively on flora and fauna, microbiology goes deeper to focus on microscopic organisms. It not only studies the tiny organisms (their physical makeup and behavior) but also tries to understand their relationship with other animals, including human beings. Microorganisms consist of extremely tiny beings which cannot be viewed with the naked eye. These organisms include – viruses, bacteria, algae, protozoa, prions, fungi and archaea.
To say that microorganisms are important for life to thrive on earth is an understatement. The activities of microscopic organisms impact virtually every biological process evident in nature. They influence the living conditions everywhere regardless of the terrain. Not only are they around you in the surroundings, but also on your skin and inside your body. Some microorganisms ensure the health of your skin while fighting some bad bacteria. Inside your intestines, millions and millions of microorganisms form complex colonies. These organisms help in the absorption of nutrients from digested food. They also aid in important bodily processes like the regulation of the immune system, metabolism and protection against pathogens.
Outside your body microorganisms continue to perform vital functions which maintain balance in nature. They make the biodegradation and biodeterioration of matter possible, converting complex compounds into simpler elements. This way they transfer all the elements and nutrients back to nature. Using this process, microorganisms can influence phenomena like climate change, spread and control of diseases and even the weather.
Due to extensive research and innovation in the field of microorganisms human beings have been able to solve many complicated issues. Vaccinations are another important development made possible by the study of microorganisms. But what do you do when you discover a strain or colony of these tiny organisms which you cannot identify?
You need to first conduct a series of tests and experiments to understand these new microorganisms. Then, you must record your findings and data. A very efficient way to do this is by creating a microbiology unknown flow chart template. Look at these examples for a better idea –
Example Template #1
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Example Template #2
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Example Template #3
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You will find many more templates in this article. But first, you should understand what an unknown flow chart is and what it should include.
Why Choose a Microbiology Unknown Flow Chart Template
If you are interested in a microbiology unknown flow chart, you must be working closely with the field. In all probability you could be a student, a lab technician, a scientist or a teacher. In that case, you are most probably engaged in a lot of work. You could be spending every precious hour on studies, research, experiments and more studies.
When your days are already filled with so many activities, any type of help which can reduce your burden is much appreciated. This applies to microbiology unknown flow charts as well. While it is important to make one on your own to understand the nuances of a flow chart, you need not make one every time from scratch. Instead you should save your precious time and effort, using them for more productive tasks.
There are many good flow chart templates available online. With the click of a few buttons, you can easily download the microbiology flow chart that suits your needs.
What is a Microbiology Unknown Flow Chart Template
The main purpose of a microbiology flow chart is to swiftly identify a microorganism species. For identifying a microscopic species you need to study its characteristics. For example, look at its physical traits (Gram strain etc.) and experiment with it under different circumstances to understand its behavior.
As you run different tests, start classifying the microorganism through the process of elimination. If the organism displays traits particular to a known strain of species, put that name inside a text box and move on to other experiments.
As you continue to conduct more tests, you will slowly begin to narrow your unknown microorganism species down. Keep noting down the various possibilities inside the flow chart text boxes. This way you will create a sort of tree filled with possible strain identities. Eventually you will run out of tests and reach your conclusion.
What are the uses of a Microbiology Unknown Flow Chart Template
Flow charts are one of the most effective ways to convey scientific data and knowledge. There are hardly any concepts or elements in science which work in isolation. Basically everything is related to everything, some more closely than others. For both students and professionals, flow charts become a great tool in memorizing various elements and terms. When you understand the relationships between different concepts, it is easy to recall a concept related to the ones you already know.
Similarly, in microbiology there are thousands of known and millions of unknown microorganisms in nature. A flow chart helps you classify all this information into categories which will be easier to remember. Think of it as a puzzle with a series of missing pieces. Every identified piece leads to the revelation of the next piece.
Here are some more examples of flow chart templates –
Example Template #4
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Example Template #5
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Example Template #6
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Characteristics of a Great Microbiology Unknown Flow Chart Template
Most microbiology unknown flow charts will follow a standard precedence. After all, a flow chart depicts the various experiments conducted and their results which lead to classification. Basically the process is as follows –
- You conduct an experiment
- Based on the results, you guess the strain or the family that unknown species may belong to
- You conduct more experiments to further narrow down your guesses
- It is possible for you discover a trait which may put the unknown microorganism in a class you had not assumed so far
- Keep repeating the process, conduct various tests to reach that one class or family that the organism tests positively for all the time
- You would then have successfully identified your unknown microorganism.
Given the process of identification (as mentioned above), your flow chart must contain the following details –
- Name of the strains and classes – You should write down your guesses and assumptions for the microorganism’s identity on the flow chart. This would depend on your observations and the results of the various tests you carry out.
- Name of the experiments – Below every assumption or estimate you must mention the test you conduct to identify the strain. After the test is performed, write down your guesses based on the results. Sometimes, a single test can lead to multiple assumptions. Note all of them down and conduct further experiments based on what is appropriate.
Check out the template options below to get a better idea –
Example Template #7
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Example Template #8
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Example Template #9
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Best Design and Fonts for a Microbiology Unknown Flow Chart Template
It is important to remember that a microbiology unknown flow chart is for scientific purposes. Therefore, its appearance should emphasize clarity and comprehension. There is no need to make the chart look beautiful or visually pleasing. Having said that you can take care of some particular visual details by focusing on three elements – template design, color and font style.
Design and Color
As already mentioned, your flow chart should convey data over everything else. Follow these tips to get your design right –
- No Imagery or Graphics – A flow chart is strictly meant to transmit data and information. You do not need to add pictures or images to make the flow chart look beautiful. On the contrary, adding unnecessary visuals can distract the reader.
- Use text boxes for data – Whether it is the name of the tests you carry out or the names of the assumed strains, put all the data inside boxes. This enhances readability exponentially.
- Use arrows and lines – To show the relationship between different text boxes you should make use of simple arrows and lines. This will eliminate any and all confusion regarding what the results of a test are.
Here are some more examples –
Example Template #10
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Example Template #11
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Example Template #12
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Text Font Style
When it comes to the font style, use the most basic fonts available to you. Some great options are – Calibri, Verdana, Times New Roman, Arial Black and more. If you are writing on paper, make sure that your strokes are legible. Write with a pencil so you can make corrections later.
Here are some more examples –
Example Template #13
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Example Template #14
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Example Template #15
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Conclusion: Dos and Don’ts
To reiterate some important points, remember to “do” and “not do” the following –
Things to Do
- Be direct and concise. Only mention the names of the test and strains. Leave extensive notes for your papers.
- Use legible text or handwriting.
Things Not to Do
- Use unnecessary graphics or visuals which will distract the readers.