Unlock the power of Next-Generation Sequencing with MicroGenDX and never let cultures keep you down. Our innovative DNA sequencing analysis process can identify over 50,000 microbial species accurately and quickly to provide health professionals with all the information they need for confident treatment decisions. Explore this groundbreaking technology today! Click on our link https://loom.ly/BFCDCM8 to learn more about what we do!
MicroGenDX
生物技术研究
Orlando ,Florida 4,875 位关注者
Accurate Microbial Identification using Next Generation DNA Sequencing.
关于我们
MicroGenDX provides qPCR+NGS sequencing for the detection of infectious diseases. The American Medical Association (AMA) and Medicare have issued a billing code to MicroGenDX to provide this testing service, recognizing this technology as medically necessary. MicroGenDX is trusted by over 39,000 physicians worldwide and has helped over 900,000 patients with diagnostic testing for their chronic and life-threatening infections. MicroGenDX is a College of American Pathologists (CAP) accredited and Clinical Laboratory Improvements Amendments (CLIA) licensed clinical laboratory. Tens of thousands of patients with chronic and often life-threatening infections have benefited from MicroGenDX’s work. MicroGenDX's NGS technology offers several advantages over traditional culture-based methods for identifying microorganisms. It can detect a wider range of microorganisms, including those that are difficult to culture or grow in a laboratory. It also provides more accurate and comprehensive results, as it can detect multiple microorganisms in a single sample and identify them at the species or strain level. Additionally, NGS technology is faster than traditional methods, allowing for quicker diagnosis and treatment decisions.? MicroGenDX's testing services are used in a variety of settings, including hospitals, long-term care facilities, dental offices, and veterinary clinics. Their technology has been applied to a wide range of clinical conditions, including chronic wounds, orthopedic infections, respiratory infections, and urinary tract infections, among others.
- 网站
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https://www.microgendx.com
MicroGenDX的外部链接
- 所属行业
- 生物技术研究
- 规模
- 51-200 人
- 总部
- Orlando ,Florida
- 类型
- 私人持股
- 创立
- 2008
- 领域
- ENT、Orthopedics 、Urology、Gastrointestinal 、Podiatry、Wound Care、Respiratory 、Urogenital 、OBGYN/ Vaginal、Labaratory、Molecular、Diagnostics、NGS、Next Generation Sequencing、Infectious disease、Microbiology和qPCR
地点
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主要
5786 Hoffner Ave
US,Florida,Orlando ,32822
MicroGenDX员工
动态
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Did you know that a dog’s mouth is home to a variety of bacteria? While we love our furry friends, dog bites should be taken seriously as they can lead to complicated infections. Unfortunately, one patient learned this the hard way. Within 24 hours of a dog bite, they were hospitalized with a severe infection that required wound-cleaning surgery and IV antibiotics. Take a look at their MicroGenDX test results, Many of the bacteria responsible for these infections are 'anaerobic'—and they don’t grow easily in traditional lab cultures. At MicroGenDX, we use Next-Generation DNA sequencing instead of outdated culture techniques to accurately identify these hard-to-detect bacteria. Knowing exactly what’s in the wound means selecting the most effective antibiotic and reducing the risk of the infection spreading. MicroGenDX: fast, precise results for better treatment decisions. MicroGenDX's NGS wound testing is available here: https://loom.ly/fxhyjHw #DogBite #InfectionControl #WoundCare #MicroGenDX #DNASequencing #InfectionPrevention #AntibioticResistance #PatientSafety #AdvancedDiagnostics #NextGenLab #BacterialInfection #Wounds #WoundInfection
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Honoring Those Who Served This Veteran’s Day, MicroGenDX salutes each and every of our brave men and women in the armed services – both past and present. Thank you for your courage, sacrifice, and service. As a veteran-owned business, MicroGenDX is led by former Army Ranger, Rick Martin. We recognize what it takes to wear the uniform and we strive to bring that spirit toward innovation in healthcare. MicroGenDX looks forward to improving the veteran community’s access to leading-edge healthcare testing. Please take a moment today to celebrate a veteran in your life, donate, or shop at a veteran-owned business. #VeteransDay #USA #VeteranOwned
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Join us on December 4, 2024, at 2 pm ET for an free Dark Daily webinar sponsored by MicroGenDX! New Approach for Optimizing Antifungal Therapy: Two-Step Rapid Fungal Diagnostic by PCR/NGS Explore our groundbreaking 2-step PCR/NGS diagnostic tool that identifies fungal infections with unmatched precision in just 24-48 hours. Learn how this advanced technology enables rapid, accurate identification of molds and yeasts—helping healthcare providers optimize antifungal treatments and improve patient outcomes. -Explore an innovative 2-step PCR/NGS diagnostic tool designed for rapid and sensitive fungal diagnosis. -Analyze the prevalence of pathogenic yeasts and molds and their effects on current diagnostic practices. -Learn how this can save your hospital money on antifungal treatments Featuring Expert Speakers: Jose Alexander, MD (AdventHealth) Nicholas Sanford, PhD (MicroGenDX) Register Here: https://loom.ly/SabINZ8 #AntifungalTherapy #FungalInfections #PCRTesting #NextGenSequencing #MicroGenDX #HealthcareInnovation #InfectiousDiseases #DiagnosticTools #PatientOutcomes #LabDiagnostics #ClinicalMicrobiology #AntibioticStewardship #MedicalWebinar #DarkDaily
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At MicroGenDX, we believe data holds the key to innovation. On this #WorldStatisticsDay, we're excited to showcase a key finding from a paper authored by a scientist on our staff: a network map illustrating the complex relationships between wound microbiome species and how patient genetics could tip the scale towards certain types of infection. ???Tipton et al. 2020 revealed that genetic variations in patients significantly influence wound microbiome diversity and infection types. Here, a single mutation was found to be associated with the abundance of two very common bacteria often found in chronic wounds, Staphylococcus epidermidis (#12) or Pseudomonas aeruginosa (#10) in the graph below (Fig. 2). The network plot highlights the different ways that these two selected species interacted with other microbial species, with black lines showing positive associations and orange lines showing negative ones. Staphylococcus epidermidis is sometimes thought to be less harmful or even potentially beneficial in the context of an open wound. The strong negative correlations observed between S. epidermidis and known pathogens like S. aureus and Pseudomonas seem to back up the idea that S. epidermidis may have a beneficial role in preventing colonization by worse pathogens. These data help explain why some wounds struggle to heal and why some patients may seem prone to frequent re-infection by the same organism! This visualization is a powerful reminder that statistics aren’t just numbers – they drive discovery and lead to more personalized treatment options for chronic wounds. ?? Read more of our research here: https://loom.ly/XGe1i_k #DataScience #Microbiome #PersonalizedMedicine #MedicalResearch #WoundHealing #StatisticsInHealthcare #MicroGenDX #Statistics
Published Studies | MicroGen Diagnostics
https://microgendx.com
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We’re thrilled to share that Lori Johnson, NP, along with Dr. Drue Orwig and Craig Tipton (of MicroGenDX), has completed groundbreaking research showcasing the power of Next-Generation DNA Sequencing (NGS) in guiding targeted antimicrobial therapies for chronic, non-healing wounds. Their study reveals how NGS can pinpoint precise microbial profiles, leading to dramatic wound healing in patients where traditional treatments had failed. For those heading to the SAWC Fall Conference in Las Vegas, stop by the poster area on Friday, October 4th at 6:15-7:30pm to see Lori Johnson’s poster presentation. #SAWC2024 #WoundCare #NGSResearch #MicroGenDX #TopicalAntimicrobial #ChronicWounds #SAWC #NGS #WoundHealing #Research
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MicroGenDX转发了
I have got plans for this one! More to come on this case in the next months. 42 yo male S/P “train wreck”. ICM score 6 with +NGS per Microgen DX (8 organisms). Culture negative. B Host. Will have to bring everything to bear to make this a success. ???? #ThanksMicrogenDX #OxfordPerformanceMaterials #3DSide #LINKHingeinaBox
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MicroGenDX转发了
Staphylococcus lugdunensis?+ w/ open biopsy per next generation sequencing via Microgen DX. Negative cultures from the open biopsy. Now that we have identified the problem, now to work...
The second International Consensus Meeting (ICM) on periprosthetic joint infection (PJI) was held in Philadelphia in 2018. We are all looking forward to the next congress in 2025 in Istanbul. In the interim the recommendations from 2018 still provide invaluable assistance in decision making. Case: 66 yo male S/P pelvic acetabular trauma. Serum markers elevated. Dry tap…time for an open biopsy (Nex-Gen DNA sequencing per Microgen Dx and standard cultures). #ICM #Istanbul #ParviziGehrke #ICMapp
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Urine Pathogenicity Now Available on All Reports As of September 1st, 2024 MicroGenDX will now be offering a pathogenicity rating on all qPCR+NGS urine samples. This rates all organisms found in that report as: [P] = Known Pathogen [C] = Commensal / Unlikely Pathogen [U] = Unknown This column is found to the right of the NGS% column .? These ratings are based on an in-house developed AI algorithm. Please note that these ratings are for healthcare provider reference only and assume the patient is not immunocompromised. The final treatment decisions rest at the physician's discretion, and all patient health factors should be taken into account. This report is currently only available for Urine Samples.? To order please visit: https://loom.ly/a44XP7o #MicroGenDX #PathogenTesting #InfectiousDisease #NextGenSequencing #LabTesting #UrineAnalysis #HealthcareAI #MedicalAdvancements #ClinicalDiagnostics #PatientCare #HealthcareProviders #Urology #Urine
Request Test Service & Supplies | MicroGen Diagnostics
https://microgendx.com
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NGS has uncovered what conventional culture overlooked; many cases of nonunion may be the result of a polymicrobial invasion that had previously gone undetected. Take a look at this study here: https://loom.ly/fjt6PfQ