💥Join Our Team! 💥 We're hiring a skin care Sr. Chemist - Oxygen US ! Join us and be a part of something exciting! Apply now and take the next step in your career journey. We can't wait to hear from you! #chemistryjobs #NYSCC #skincare #laboratory #formulas
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You’ve spent a long time building your #Metrology skill set, you should use it to your best advantage. The team at JJA Technical Services, LLC agrees with you! If you’re ready for the next step in your career, check out the link below!
JJA Technical Services is seeking a #Metrology Technician III to join our growing team! In this role you'll provide #fulltime support to a major #pharmaceutical manufacturing client. Click the link below for more information and to submit your application. https://lnkd.in/efwuyg2y
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#annex1 has evolved the use of airflow visualization (#smoke) beyond the typical unidirectional environments. Consider a risk evaluation to determine what other #cleanroom should be visualized.
Smoke studies in the sterile area are an essential part of ensuring the safety and effectiveness of various processes and equipment. These studies involve the release of smoke particles into the air to visualize and evaluate the airflow patterns and potential contamination risks within a controlled environment. The primary purpose of smoke studies is to assess the effectiveness of the ventilation system in maintaining a clean and sterile environment. This is particularly crucial in areas such as operating rooms, cleanrooms, pharmaceutical production facilities, and laboratory settings where strict control of airborne particles is necessary to prevent contamination. During a smoke study, a harmless and non-toxic smoke is released into the air, either through a smoke generator or by burning a specific type of smoke cartridge. The smoke particles are small enough to resemble airborne particles, making them ideal for visualizing airflow patterns. These particles can be tracked using specialized equipment such as lasers or cameras, which capture images or videos of the smoke movement. By observing the smoke dispersion, technicians and engineers can identify areas of turbulence, dead zones, or inadequate air circulation within the sterile area. This information allows them to make necessary adjustments to the ventilation system, such as modifying the position of air diffusers or adding additional air filters, to optimize airflow and reduce the risk of contamination. Smoke studies also help in identifying potential sources of contamination within the sterile area. The smoke particles can reveal the presence of air leaks, improper door sealing, or other factors that may introduce contaminants. Identifying and rectifying these issues ensures that the sterile area meets the required standards and minimizes the risk of contamination to sensitive processes, products, or patients. smoke studies are valuable in validating the design and layout of a sterile area before its construction or renovation. By conducting smoke tests in a mock-up or computer simulation, engineers can assess the airflow patterns and verify that the planned ventilation system will provide the desired level of cleanliness and sterility. In conclusion, smoke studies play a critical role in evaluating and optimizing the airflow patterns and contamination risks in sterile areas. By visualizing the movement of smoke particles, these studies help identify areas of concern, optimize ventilation systems, and ensure a clean and safe environment for various processes and equipment. Implementing smoke studies is an essential practice to maintain the highest standards of cleanliness and sterility in healthcare, pharmaceutical, and laboratory settings. #sterile #Cleanroom #vials #ampoule #production #pharmaceuticals #pharmacytechnician #pharmacists #pharmacology #pharmacystudent #pharmaceutics #pharmacylife #pharmacytech #pharma #pharmaceuticalanalysis #pharmacyschool #pharmaceuticalindustry
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Asesoría en plantas Farmacéuticas y afines, Soporte a Ingenierías, mejora de procesos. Asesor Comercial en BRANIR para Catalunya
Smoke studies, instructive, necessary, and mandatory
Smoke studies in the sterile area are an essential part of ensuring the safety and effectiveness of various processes and equipment. These studies involve the release of smoke particles into the air to visualize and evaluate the airflow patterns and potential contamination risks within a controlled environment. The primary purpose of smoke studies is to assess the effectiveness of the ventilation system in maintaining a clean and sterile environment. This is particularly crucial in areas such as operating rooms, cleanrooms, pharmaceutical production facilities, and laboratory settings where strict control of airborne particles is necessary to prevent contamination. During a smoke study, a harmless and non-toxic smoke is released into the air, either through a smoke generator or by burning a specific type of smoke cartridge. The smoke particles are small enough to resemble airborne particles, making them ideal for visualizing airflow patterns. These particles can be tracked using specialized equipment such as lasers or cameras, which capture images or videos of the smoke movement. By observing the smoke dispersion, technicians and engineers can identify areas of turbulence, dead zones, or inadequate air circulation within the sterile area. This information allows them to make necessary adjustments to the ventilation system, such as modifying the position of air diffusers or adding additional air filters, to optimize airflow and reduce the risk of contamination. Smoke studies also help in identifying potential sources of contamination within the sterile area. The smoke particles can reveal the presence of air leaks, improper door sealing, or other factors that may introduce contaminants. Identifying and rectifying these issues ensures that the sterile area meets the required standards and minimizes the risk of contamination to sensitive processes, products, or patients. smoke studies are valuable in validating the design and layout of a sterile area before its construction or renovation. By conducting smoke tests in a mock-up or computer simulation, engineers can assess the airflow patterns and verify that the planned ventilation system will provide the desired level of cleanliness and sterility. In conclusion, smoke studies play a critical role in evaluating and optimizing the airflow patterns and contamination risks in sterile areas. By visualizing the movement of smoke particles, these studies help identify areas of concern, optimize ventilation systems, and ensure a clean and safe environment for various processes and equipment. Implementing smoke studies is an essential practice to maintain the highest standards of cleanliness and sterility in healthcare, pharmaceutical, and laboratory settings. #sterile #Cleanroom #vials #ampoule #production #pharmaceuticals #pharmacytechnician #pharmacists #pharmacology #pharmacystudent #pharmaceutics #pharmacylife #pharmacytech #pharma #pharmaceuticalanalysis #pharmacyschool #pharmaceuticalindustry
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#hiring *Clinical Lab Assistant I (Blood Bank)*, Phoenix, *United States*, fulltime #jobs #jobseekers #careers #Phoenixjobs #Arizonajobs #ScienceTechnology *Apply*: https://lnkd.in/dcRPVYxm Primary City/State:Phoenix, ArizonaDepartment Name: Blood Svcs-BUMCPWork Shift: EveningJob Category:LabPOSITION SUMMARYThis position is entry level and is responsible for the receipt of biological specimens into the department, preparation of samples for analytical testing, and performing testing. This position reports to department supervisor, and takes direction from higher level technical personnel.CORE FUNCTIONS1. Performs basic technical processes as assigned, based on specific department requirements. Performs testing under direct supervision in a timely manner according to established policies, meeting performance standards and knowledge level determined for that testing. Processes and prepares patient samples as required. Demonstrates an understanding of the computer systems used in the department. Tracks and locates missing specimens. Generates work lists, as required. Performs basic maintenance checks on laboratory equipment. Demonstrates awareness and complies with accrediting agency and regulatory requirements related to their area of responsibility.2. Focuses on quality by ensuring that all work performed is accurate, complete and performed within the time frames defined by the department. Meets department standards for productivity and quality. Participates in detecting and documenting occurrences that deviate from defined procedures. Follows established methods and practices and demonstrates basic problem solving skills.3. Participates in departmental financial responsibilities through the appropriate use of supplies and materials and assists with inventory management. Participates in department initiatives to reduce costs and improve service.4. Performs miscellaneous support duties as defined by the department. Active in training and competency of laboratory personnel.5. Communicates courteously, professionally, effectively and accurately with internal and external customers. Demonstrates skills for basic computer inquiry and problem solving, and use of communication equipment. Demonstrates good verbal and written communication skills. Promotes positive communications that enhance teamwork. Attendance and participation at staff meetings.SUPERVISORY RESPONSIBILITIESNoneDIRECTLY REPORTINGNoneMATRIX OR INDIRECT REPORTINGNoneTYPE OF SUPERVISORY RESPONSIBILITIESN/ASCOPE AND COMPLEXITYPrimarily departmental responsibility. Customers are internal to the site or within the organization. Some contact with outside couriers, vendors, clients, nursing, physicians, etc.PHYSICAL DEMANDS/ENVIRONMENT FACTORSAble to stand, walk, bend, squat, reach, and stretch frequently. Use material handling equipment to push/and or pull up to 75 pounds and required to lift, push and/or pull up to 25 pound
https://www.jobsrmine.com/us/arizona/phoenix/clinical-lab-assistant-i-blood-bank/447441755
jobsrmine.com
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Digital production and product management expert. Cross-functional team leader. Diversity, equity, and accessibility advocate.
Want to handle scientific copy for a really good human? Check this out
Calling all #freelance #pharmaceutical #copy supervisors! My team is looking for someone who can handle high science and complex routes for medical education materials. If this sounds like you, please get in touch. We need someone who can start within the next week. #hiring #gigalert
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Quality Management Consultant & Trainer | Laboratory Specialist | Application Specialist | Microbiologist | Microbial fuel cell | MSc | IVD | CAP | CBAHI | ISO/IEC 17025:2017 | #OpenToWork
Medical laboratory quality management Medical laboratory quality management refers to the systems, processes, and practices put in place to ensure consistent, accurate, and reliable results from medical laboratory testing. Some key aspects of medical laboratory quality management include: 1. Quality control: Regularly running control samples to verify the accuracy and precision of laboratory instruments, reagents, and procedures. This helps detect and correct any issues before they impact patient results. 2. Quality assurance: Implementing policies, procedures, and audits to monitor and improve the overall quality of the laboratory's operations. This includes things like proficiency testing, method validations, and staff training. 3. Documentation and record-keeping: Maintaining detailed documentation of all laboratory procedures, equipment maintenance, and test results. This supports traceability and investigation of any quality issues. 4. Personnel competency: Ensuring laboratory staff are properly trained, qualified, and demonstrate ongoing competence in performing their assigned tasks. 5. Continuous improvement: Regularly reviewing quality metrics, identifying opportunities for improvement, and implementing corrective and preventive actions. 6. Compliance with standards: Adhering to relevant regulatory and accreditation standards, such as ISO 15189 or CLIA requirements, to meet quality and safety requirements. Effective medical laboratory quality management is essential for delivering accurate, reliable, and clinically meaningful test results that support patient care. It helps minimize errors, ensure the integrity of the laboratory's operations, and promote continuous quality improvement. #CAP #CBAHI #Healthcare #Laboratory #Medical #medicaldevices #innovation #diagnosis #health #clinicaldiagnostics #medlabmiddleeast #Device #arabhealth #Instrument #Specialist #Technician #Patient #Quality #Safety #Hematology #CBC #Biochemistry #spectrophotometer #Bioassay #Chemiluminescence #immunoassay #type #ELISA #Cobas #Vitros #Abbott #Siemens #IVD #Beckman #Roche #Sysmex #Danaher #Human #Diagnostic #Mindray #Snibe #Maglumi #Hiring #OpenToWork #job #work #HR #jobopportunity #opportunity #ISO17025 #Kaizen
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peptide chemistry
We are hiring!! PEPTIDE CHEMISTS!! Dear chemists if you have 4 plus years of experience in Solid/Solution phase, please share your CV to [email protected] We are one of the fastest growing CROs in India and offers lucrative career opportunities..
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Good opportunities
We are #hiring for the Mehsana location. If you're interested in this exciting opportunity, share your resume at [email protected] #LambdaTherapeuticResearch #LambdaResearch #jobopportunity #jobalert #clinicalresearch #crojobs #pharmaceutical #research #HiringNow #jobopening #CareerOpportunity #opportunity #pharmajobs #nursingjobs #nursing #mlt #phlebotomist #physician #pharmacist #pharmacistjobs #qcjobs #clinicaltrials #clinicalresearchjobs #bpharm #mpharm #pharmacology
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