Microbiology in Social Media

Web-related information about microbiology is plentiful. There are a variety of social media resources available to a microbiologist, from scientific information, to   opportunities to benchmark practices, obtain training opportunities, and to keep current with the latest news and developments in virtually any area of interest .All it takes is a little research and an open mind.

Available Information Sources

microbiology newsNews and Company Sites

In recent years, there have been more and more websites dedicated to microbiology on the Internet. There are also sites dedicated to providing news, as well as, websites dedicated to providing microbiology supplies.

A few examples of major sites containing information and news related specifically to microbiology are:

American Society for Microbiology

ScienceDaily – Microbiology News

The Scientist

The Independent

microbiology newsBioLumix News and Information:

The BioLumix website is updated frequently with information about the technology, new development and current events.  Click on the icon to connect to BioLumix website

Blogs

Blogs can be viewed as online journals that are created by individuals, groups, or companies.  Blogs has exploded in recent years due to the ease of blogging and the multitude of hosting services available.   The growth of the blogosphere has become so pervasive that some question the viability of print magazines.

Many blogs, of interest to a microbiologist, are published frequently and may well serve to replace printed publications in terms of timely information. Below are a few examples:

Small Things Considered

Microbiology Network Blog

Pharmaceutical Microbiology

The RMM Blog

MicrobiologyBytes

microbiology blogBioLumix Blog:

BioLumix posts bi-weekly blogs on a variety of topics in rapid microbiology, about regulations, and about the BioLumix technology. To stay current on our new developments click on the icon to connect to BioLumix blog.

microbiology emailE Mail discussion Groups

Email discussion groups are created to encourage discussion around a unifying topic.  Users subscribe to the group. The basic mechanism is to have a central Email address to which all mails are sent.  If a subscriber has a question or comment it is sent by Email to that address.  The email is then resent to all of the participants.  If one (or more) participant wishes to comment on the Email, that reply is then sent to the central address for redistribution and the cycle repeats.

The Email discussion group is the oldest form of social media participation. There are two Email discussion groups of use to the microbiologist – the PMFList and the PSDGList.   Both focus on Pharmaceutical production and validation.

Social Channels

microbiology linkedinLinkedIn:

LinkedIn is a business-oriented social network and it provides a variety of opportunities to connect with other microbiologists and join discussions. LinkedIn also supports the formation of interest groups, and many people use the groups on LinkedIn as a kind of think tank or open brainstorming session.  Others use it to disseminate information.   It is an essential business resource of information, LinkedIn can help you stay up-to-date with industry trends and share information with others who do similar work to you.  Many companies have a company page on LinkedIn.

Examples of relevant discussion groups:

Rapid Microbiology Testing and Methods

Rapid Microbiology

Microbiology Professionals

Food Microbiology- HACCP

Pharmaceutical Microbiology

BioLumix on LinkedIn:

BioLumix at LinkedinBioLumix has a company page on LinkedIn that contains relevant information about the products as well as corporate news. To view our LinkedIn page click on the icon. BioLumix Linked In page:

 

BioLumix linkedin group

BioLumix also sponsors the discussion group Rapid Microbiology Testing and Methods.  To join the group and read the content of this informative group click on the icon. Rapid Microbiology Testing and Methods

BioLumix on facebook
Facebook:

BioLumix at facebookFacebook defines social media today and is more of a pure social media, than it is used for personal purposes. However, in recent years it started serving also in the promotion of companies and services.  Many companies have Company Pages that can promote their service or products with information and special offers.

BioLumix on Facebook: To view the BioLumix Facebook page click on the icon.

BioLumix at TwitterTwitter:

Twitter is a messaging service that allows users to post short (140 character) “Tweets” to their followers.  Its main use is not in science, but it can offer a good way to rapidly disseminate information.   Many Companies and organizations are using this service to get information out quickly and to direct people to web-based information sources. The very brevity of the tweet format can encourage concise expression of ideas and concepts.

A few examples:

MicrobeWorld

Microbiologybites

SfaMicrobiology

MicrobiologyNet

BioLumix at TwitterBioLumix on Twitter:

To view the BioLumix Twitter page click on the icon.

Google +

Google Plus was established in the beginning of 2013 and is currently the second largest social network in the world.  It was launched by Google, in order to evolve the way we relate to one another, and how we communicate with the world. At the moment its presence in the microbiology world is limited, but with the Google power behind it is expected to be a major source of information in the near future. Some companies have Google+ pages.

BioLumix at Google+BioLumix on Google+:

To view the BioLumix Google+ page click on the icon.

BioLumix at YouTubeYouTube:

YouTube is a video sharing service. Video provides an excellent opportunity to explain and teach scientific concepts.  In the current impatient, busy world, many people would prefer to watch a video instead of trying to digest massive pieces of written information. Since more consumers are spending time online instead of watching TV, the popularity of watching videos online is growing exponentially.

A few examples are:

Microbiology video library

Microbeworld Video

BioLumix at YouTubeBioLumix on YouTube:

BioLumix has posted many videos on-line explaining the technology and dealing with a variety of topics of interest to microbiologist. To view the BioLumix YouTube videos click on the icon.

Usage Survey

A year ago Scott Sutton and the Microbiology Network conducted a survey of the use of social media by microbiologists in a few regulated industries.  There has been a significant increase in the use of social media by scientists and microbiologists as these sources provide an opportunities to keep current with the latest in news and developments in virtually any area of interest to the microbiologist.

Social Media Survey ResultsThis survey was conducted online, with a group that is part of an internet email group. It must therefore be assumed that the respondents are more technologically sophisticated than is the norm, and had familiarity with social media on its side.

The survey looked at two main questions – What social media are being used and what is it used for?

As shown in the figure, LinkedIn was the most popular social media used by microbiologists, followed by Facebook.  The main reason for using the social media was for personal interest, followed by Benchmarking.  This survey also shows that once a technology matures (for example the PMFList and the PSDGList Email discussion groups) participation becomes enthusiastic.

Conclusions

The internet and social media offer a wealth of information and capabilities to the microbiologist; it seems as if more microbiologists can take advantage of the opportunities presented.  BioLumix participates in many of the forms of social media and offers a wealth of information to microbiologists

RAPID MICROBIOLOGY METHOD BENEFIT BOTH LAB SERVICE PROVIDER AND MANUFACTURERS

 

 

Manufacturers of Nutraceutical, Pharmaceuticals, Cosmetics, Dairy, and other products are often faced with the challenge of putting their products in the hands of consumers as quickly and efficiently as possible, while at the same time ensuring the quality and safety of their products.  Many of these companies rely on the services of third party laboratories or contract packaging companies to provide timely, accurate microbiology testing of their products and their ingredients.  As a result, organizations who provide these types of services may wish to update their labs with Rapid Microbiology Method (RMM) equipment.  By adding the BioLumix RMM to their laboratories, lab service providers can significantly reduce the amount of time it takes to provide their customers the quality results they need to move forward with their products.

Internalizing microbiology testing: offering speed and automation

WePackItAll®(WPIA) is a leading contract packaging and service company, combining their customers’ products with their packaging technology and resources to provide customized and affordable solutions.
WPIA are experts in all types of packaging, including: Packets, Gummies, Multi-Packs, Tubes, Stick-Packs, Blisters, Powders, Liquids, Tablets, High-Speed Bottling and more.

Lab Quality Assurance“WPIA is honored to be celebrating our 40th year in business, serving the dietary supplement, nutrition, food and health/beauty industries, and we are so thankful for the many people and business partners that have contributed to our success over the years.  I have the great pleasure of working with an amazing group of professionals every day and without a doubt, they are the biggest reason WPIA has been so successful over the years.” says Dave Hoover, COO.

In the beginning of 2013 WPIA launched its in?house laboratory, offering microbiological testing services to meet testing requirements and serve the needs of their partners. WPIA chose the validated BioLumix system for their microbiological testing.

We recently interviewed Suren Zatikyan, Quality Assurance Lab Analyst, and Kristopher Flores, Quality Manager.

BIOLUMIX: Why did you decide to add the BioLumix system to your lab?

SUREN: 
The reason we decided to get this system is that it helps us provide our customers with the best service.  Because we are a contract packaging company, we need a finished product testing schedule and quick microbiology results that will prove that we have a clean operating environment in our facility and ensure product safety when the product reaches the consumer.  That was our primary goal when looking at microbiology instruments.

BIOLUMIX: What were some of the things that impressed you the most about the BioLumix system?

BioLumix VialsSUREN: When we found out about BioLumix, we discovered it gave us the opportunity to generate results in a very short period of time.  In addition, validation studies that were performed by BioLumix, and later on by us, proved that the system itself is compatible with all the standard methods used by USP and other standard methods developed for microbiology labs.  We use the BioLumix system to perform some of our environmental testing and monitoring programs, which is very helpful to us.

BIOLUMIX: What has been your experience while working with BioLumix?

SUREN: We were very pleased with the explanation given to us on how the system works, both in terms of capabilities and which tests can be performed.  The tests available were the most important assays that we needed such as Salmonella, E. coli, Staph, Yeast & Mold, and Total Aerobic Count.  These are tests used on a daily basis.  Jason Kircos, a BioLumix microbiologist, was very helpful during the initial 2 1/2 days of training and later on – whenever we needed any information regarding specification values and the use of the software.  We had an issue with the computer hard drive, and the technical team was very helpful.  Not only did they provide good technical support, but they also sent us brand new replacement computer.

BIOLUMIX: What else would you like to add?

SUREN:  We occasionally have some false positive results, due to the sample we are working with, such as samples with high counts because of their botanical nature.  Some organisms can be closely related to what we test for.  We have our own protocols in place when we see positives and have confirmation tests.  We can also use third party labs for identification, as needed.  There haven’t been any real issues with the system that we were not able to resolve quickly.  There’s never been any major issue which caused us to stop processing and troubleshoot because the system was unreliable.

BIOLUMIX: Were there any marketing strategies for promoting your services with the BioLumix system?

Absolutely.  Because BioLumix is more or less an all-in-one package, and given the timeframe it takes to package a product, we really do not have to increase lead times for micro testing.  That is definitely a selling point.  We placed some information about BioLumix on our website, and also created brochures to promote rapid microbiology in conjunction with some of the other quality systems at WPIA.  This is a value-add for our customers.

BIOLUMIX: Did you see any measurable increase in your overall business?

KRISTOPHER: While it is difficult to quantify the impact in that manner, it certainly plays a part in our overall offering to our customers and with our compliance requirements.  I deal with all of the customer audits and having finished-product testing capabilities as it relates to microbiology is a selling point.  To measure it would be a little tougher to do.

SUREN: Whenever you can add into the conversation that we can perform these tests, it’s a selling point.

KRISTOPHER: Our larger customers require it as part of their day-to-day release process.  If the BioLumix system wasn’t in place, it would be tougher to support their needs.  In some instances, based on our testing and our customers’ testing, we’ve been able to validate our processes in-house and eliminate third party validation.  That makes an impact on the bigger picture for our customers.

SUREN:  Sometimes our customers ask if specific counts (CFU) can be generated whenever specifications are given.  However, once we explain the method used most of them are satisfied that BioLumix is not a number-specific CFU “count.”  Validation BookWe create the specification based on specific values and if the test result is below spec then it passes.  If it’s above, then it fails.

BIOLUMIX: Audits – how has the BioLumix system held up under scrutiny during any audits you may have had?

KRISTOPHER: It has certainly been under scrutiny, but the validation package that was prepared at the start definitely goes a long way and satisfies any curiosity when it relates to our customers.  We have also had the local California Food & Drug branch here a few times and they checked the system,finding no inconsistencies.

SUREN: The Validation Book is very thoroughly prepared.  IQ, OQ, PQ validations, the prior testing by BioLumix, and our own validation shows equivalence with the USP methodology.  Everything was very well done and documented.

KRISTOPHER: When I get larger more experienced customers that come to WPIA with very developed systems and very experienced personnel, they take a look and they are thoroughly impressed.  In some instances there are some questions, but they’re resolved on the spot.

BIOLUMIX: Would you say your customers are satisfied?

KRISTOPHER: Absolutely.  Continuously, our customers tend to move more toward this type of testing compared to what they have been accustomed to in the past.  The reductionin time to get results with this system makes the difference.

SUREN: In general, I would say we are quite satisfied with the BioLumix system.  The duration of the tests are very short compared to other methods.  We are capable of delivering products that are safe and we have peace of mind when we perform our tests.  Overall, we have a very successful operation and a cost-efficient system when compared to other options.

_____________________________________________________________________

Kristopher Flores has been the Quality Manager at WePackItAll since 2012.  Prior to that, he was with various other contract manufacturing facilities in aerospace and nutraceutical.  Kristopher has extensive knowledge in Quality Assurance, Regulatory Affairs, and Project Management.

Suren Zatikyan has been a Quality Assurance Analyst at WePackItAll since 2012. Graduated from Cal. State University of Northridge (CSUN) with B.A. in Biology. At CSUN was part of undergraduate cancer research program. Prior to WePackItAll, worked in Michelson Laboratories. 

RMM Implementation – BioLumix Case Study

With modern labs requiring higher levels of efficiency and lower investment of working capital, many microbiologists recognize the tremendous benefits of rapid microbiology methods (RMM).

Faster contamination response times, quicker product releases, and automated data capture will bolster the key profit drivers of any organization. The BioLumix platform conducts the tedious tasks for you, allowing microbiologists to focus on higher value tasks and saving money in the process.

On September 12th, Dr. Michael J. Miller, President of Microbiology Consultants, LLC, hosted a web seminar entitled: Implementation of New RMM – BioLumix Case Study. Miller is an internationally recognized expert in pharmaceutical microbiology, contamination control, GMPs, pharmacopoeia compliance, and rapid microbiological methods, among others. The presentation is a rare chance to engage with industry information at no cost, and is streamed by the American Pharmaceutical Review and is available on demand. To listen to the presentation, fill out the form below.

HOT OFF THE PRESS

Encyclopedia of Rapid Microbiology MethodsBioLumix Chapter from newly published PDA Book

Rapid microbiological methods have made amazing strides recently and the newly published Encyclopedia of Rapid Microbiological Methods, Volume 4 complements Dr. Miller’s previous three volumes by offering up-to-the-minute advances, new techniques, case studies, new equipment . The BioLumix technology is featured in Chapter 7:” Case Study of a New Growth-Based Rapid Microbiological Method that Detects the Presence of Specific Organisms and Provides an Estimation of Viable Cell Count.”