#analytical instruments chemistry

[susanlabnic]

Low Air Permeability Tester 28 Kg

Labnic Low Air Permeability Tester, with a 50 cm2 selectable area, measures airflow from 0-400 ml/min at 1 KPa difference. Equipped with a single-chip microcomputer, it features seamless testing, an LCD interface, smart chip precision and adaptive pressure control for accurate results.

[labtroncc]

Fluorometer

Labtron Fluorometer boasts an impressive dynamic range of 5 orders of magnitude (R2 > 0.995), is capable of processing samples in just 3 sec using UV LED/blue LED light sources, and has excitation filters at 365 ± 20 nm and 460 ± 20 nm. Designed with a 4.3-inch touch screen, it enables easy measurement of DNA, RNA, and protein with high sensitivity and the lowest DNA detection limit of 0.5 pg/µl.

[erbiumspectrum]

13 November 2024

Every time I have to study electrochemistry something inside me dies. I love chemistry, okay? Truly it's my biggest passion. General, inorganic, coordination, analytical, spectroscopy, thermodynamics? Yes please! Nuclear, kinetics, quantum? Not necessarily my favorite but still cool. Organic? I detested it but I was still pretty good at it. But electrochemistry is the bane of my existence. I hated it in analytical, I hated it in pchem, now I hate it in instrumental analysis. I suppose we all just need to have that one aspect of our beloved field that makes our skin crawl ¯\_(ツ)_/¯

[nostalgebraist]

selections from my almost nowhere writing playlist

This morning I took a trip down memory lane and listened to a bunch of my AN playlist (previously described here).

And then I thought, hey, why not say a bit more about it on tumblr? Someone might find it interesting...

CW: Almost Nowhere spoilers, highly questionable musical taste

(More specifically re: spoilers – they're not very specific, and if you haven't read the book they probably won't mean much to you, but OTOH if you haven't read the book then you won't get much out of this post. And they do involve the whole plot from beginning to end. So if you haven't read the book, you almost certainly shouldn't click the readmore.)

First song on the playlist.

This was my standard background music when working on my notes (as opposed to writing the book itself). It's strongly associated in my mind with thinking about the story in a relatively analytical and distanced way, working on conceptual puzzles or plot holes, and that sort of thing.

Third song on the playlist. Like the previous one, most often listened to when doing notes/plotting work.

Mentally associated with the MM, the dominant aeon, and other "cosmic" aspects of the story.

Background music for writing Chapter 13 (first arbitration scene), and also for some occasional later scenes that had the same vibe.

Mentally associated with Azad's feelings about Michael, and with viral/infectious/pathological metaphors for what the anomalings experienced during and after first contact.

Ever since I first came up with the Nowhere-to-Hide event, this has been its "theme song" in my mind.

(The theme song of the actual event/moment itself, I mean, as opposed to all the setup that leads into it, and the various consequences that result from it.)

(Meanwhile, this and this and this – all of which are directly quoted in the book, as songs that the Annes "canonically" listened to – supplied a very different sort of inspiration for the same event.)

Background music for writing Chapter 34, "Everywhen" (following up on each of the main-character NTH Annes after the NTH event).

Strongly associated with that chapter, and with the pleasant summer weather of the week in 2022 in which I wrote that whole sequence of chapters.

I often listened to this (as well as this from the same album) while writing sections of Part 3 involving Anne Eleven.

Background music for writing Chapter 40 (Angelprobes / Stein's Rock).

Strongly associated with the tone and texture of that chapter (which it presumably influenced).

Background music for writing Chapter 46 (with Arthur the raccoon), and associated with the subject matter exposited therein.

(BTW: in my head Arthur was named after Arthur C. Clarke. As for why he's a raccoon, specifically: it's mostly because I just like raccoons, but also in reference to an infamous experience related by chemistry Nobel laureate Kary Mullis.)

The soundtrack that this is from – for some anime called "Date A Live" – came up on YouTube autoplay at some point near the start of time in which I was writing the final 6 chapters, and I ended up listening to it a lot while writing those chapters.

In particular, this 3-track compilation...

...ended up feeling like the "theme song" of that whole final stretch.

Its emotional vibe – of buoyant and vertiginous ascent, of decisive triumph, of unexpected hope – had some obvious effects on various parts of that sequence, and was a perfect match for the intense, elevated mood I was in while I writing it.

I had a little personal ritual of listening to this every time I finished writing a chapter. It was always the background music for getting formatting nuances worked out in the AO3 editor, and for pushing the fateful "Post" button at last.

[spacetimewithstuartgary]

Crystal clues on Mars point to watery and possibly life-supporting past

A QUT-led study analyzing data from NASA's Perseverance rover has uncovered compelling evidence of multiple mineral-forming events just beneath the Martian surface—findings that bring scientists one step closer to answering the profound question: did life ever exist on Mars?

The QUT research team led by Dr. Michael Jones, from the Central Analytical Research Facility and the School of Chemistry and Physics, includes Associate Professor David Flannery, Associate Professor Christoph Schrank, Brendan Orenstein and Peter Nemere, together with researchers from North America and Europe.

The paper, "In-situ crystallographic mapping constrains sulfate precipitation and timing in Jezero crater, Mars" is published in Science Advances.

"Sulfate minerals exist with different amounts of water in most regions on Mars and allow us to understand how water moved around the planet, which is key to understanding its past habitability," Dr. Jones said.

"However, we don't yet fully understand how or when these minerals formed. Our team found a way to measure the internal crystal structure of these minerals directly in the rock, which was thought to be impossible on the surface of Mars."

The team adapted a new analytical method called X-ray Backscatter Diffraction Mapping (XBDM) developed by Dr. Jones and Professor Schrank at the Australian Synchrotron to Perseverance's onboard PIXL instrument developed by QUT alumna Abigail Allwood.

This allowed the team to determine the orientation of the crystal structures, essentially providing a fingerprint of how and when they grew, and what the environment on Mars was like at that time.

Two separate generations of calcium-sulfate minerals were uncovered at Hogwallow Flats and Yori Pass in the Shenandoah formation, part of the sedimentary fan in Jezero crater: one formed just beneath the surface and the other formed deeper underground, at least 80 meters down.

"This discovery highlights the diversity of environments that existed in the Shenandoah formation's history—indicating multiple potential windows when life might have been possible on Mars," Dr. Jones said.

Since its landing in Jezero crater in February 2021, the Perseverance rover has been exploring a wide variety of Martian rock types, from ancient lava flows to sedimentary layers left behind by a long-vanished lake and river delta.

One of its key mission goals is to study environments that could have supported microbial life and collect samples that might someday be returned to Earth.

The QUT research team is part of the multidisciplinary QUT Planetary Surface Exploration Research Group, which focuses on interplanetary science and is actively involved in projects within NASA and the Australian Space Agency.

Professor Flannery, long-term planner for the NASA Perseverance mission, said QUT is at the forefront of planetary science in Australia.

"Experience gained by QUT researchers exposed to the cutting edge of the robotics, automation, data science and astrobiology fields has the potential to kick-start Australia's space industry," he said.

[labequipmentindia]

Laboratory equipment Lab Equipment Manufacturer, Suppliers and Exporter in India

Laboratory equipment manufacturers play a vital role in the scientific community by providing the tools and instruments necessary for research and development. They design, manufacture, and distribute a wide range of products, including glassware, chemicals, and analytical instruments. These products are used in a variety of settings, including research laboratories, universities, and industrial facilities. Laboratory equipment manufacturers must adhere to strict quality control standards to ensure that their products are safe, reliable, and accurate. They must also be aware of the latest technological advancements in order to provide their customers with the most cutting-edge products. Some of the most well-known laboratory equipment manufacturers include Thermo Fisher Scientific, Danaher Corporation, and PerkinElmer. These companies offer a wide range of products that are used in a variety of industries. They also have a global presence, with manufacturing facilities and sales offices located around the world. The laboratory equipment manufacturing industry is a growing market, driven by the increasing demand for research and development. As the scientific community continues to make new discoveries, the need for sophisticated laboratory equipment will only continue to grow. Microscopes: Explore high-quality microscopes from trusted manufacturers for precise observations in biology and chemistry labs. Centrifuges: Choose from a range of efficient centrifuges designed by leading manufacturers for accurate separation of substances in your school or college lab. Spectrophotometers: Enhance your lab experiments with reliable spectrophotometers crafted by industry-leading brands, ensuring accurate analysis of light absorption and emission. Balances and Scales: Find precision balances and scales from reputable manufacturers to meet the exacting demands of chemistry and physics experiments in educational settings. Incubators: Create optimal conditions for cell and bacteria cultures with cutting-edge incubators from well-known laboratory equipment providers. Autoclaves: Ensure safety and sterilization with autoclaves from trusted manufacturers, vital for maintaining a contamination-free environment in educational laboratories. Fume Hoods: Prioritize safety in your chemistry lab with fume hoods manufactured by top-notch brands, providing effective ventilation and protection. Laboratory Glassware: Source durable and reliable glassware sets from renowned manufacturers to support a wide range of experiments across various scientific disciplines. Pipettes: Facilitate precise liquid handling in your lab with pipettes from established manufacturers, known for accuracy and ergonomic design. Heating Equipment: Opt for state-of-the-art heating equipment from reputable brands to meet the diverse needs of your physics and chemistry experiments. Safety Cabinets: Prioritize safety with high-quality safety cabinets from leading manufacturers, offering secure storage for chemicals and hazardous materials. pH Meters: Ensure accurate measurements in your biology and chemistry labs with pH meters manufactured by trusted brands, known for their reliability and precision. By incorporating these top-notch laboratory equipment options from reputable manufacturers, your school or college lab can create a conducive environment for effective scientific exploration and learning.

[demetrio-student]

Forensic Science #1

Comprehensive Self-Guided Advanced Course in Forensic Science

Duration: 2 months

Objective: To cultivate an advanced understanding of forensic science principles, methodologies, and their applications, fostering critical thinking and analytical skills.

Course Objective

Week 1 | Foundations of Forensic Science

Objectives -> Analyze the historical evolution and contemporary significance of forensic science.

Tasks -> Explore seminal works and landmark cases in forensic science history -> Engage with documentaries and expert lectures on pivotal advancements

Quizzes -> Evaluate comprehension through critical analysis of key historical events and their impact on forensic science

Concepts to Grasp -> Evolution of forensic techniques, legal precedents shaping forensic methodologies, interdisciplinary nature of forensic investigations

Reflection -> Synthesize insights into the ethical responsibilities of forensic scientists and the evolving role of technology in the field

Week 2 | Crime Scene Management and Evidence Collection

Objective -> Master protocols for effective crime scene management and evidence preservation

Tasks -> Analyze case studies illustrating best practices in crime scene documentation and evidence collection -> Simulate crime scene scenarios to practice meticulous evidence handling

Quizzes -> Assess understanding of chain of custody procedures and contamination mitigation strategies

Concepts to Grasp -> Locard's Exchange Principle, forensic photography techniques, legal implications of evidence mishandling

Reflection -> Critically evaluate the role of bias in evidence collection and the impact on case outcomes

Week 3 | Forensic Biology: DNA Analysis

Objectives -> Master advanced DNA analysis techniques and their applications in forensic analysis

Tasks -> Explore complex genetic concepts and their relevance to forensic DNA analysis -> Conduct virtual experiments to understand DNA extraction, amplification, and sequencing

Quizzes -> Demonstrate proficiency in interpreting DNA profiles and understanding statistical analysis in forensic DNA databases

Concepts to Grasp -> Population genetics principles, advancements in forensic DNA technologies, ethical considerations in DNA databanking

Reflection -> Reflect on the ethical implications of familial DNA searching the balance between individual privacy and public safety

Week 4| Forensic Chemistry: Trace Evidence Analysis

Objectives -> Develop expertise in analyzing and interpreting trace evidence

Tasks -> Investigate advanced chemical analysis techniques through case studies and laboratory simulations -> Collaborate on complex trace evidence analysis projects to refine analytical skills

Quizzes -> Assess understanding of instrumental analysis methods and their applications in forensic chemistry

Concepts to Grasp -> Forensic entomology succession patterns, taphonomic processes, skeletal analysis methodologies

Reflection -> Synthesize interdisciplinary approaches to forensic investigations and evaluate their efficacy in solving complex cases

[did-you-fall-for-a-shooting-star]

ok so this ask is part invitation to ramble/infodump about chemistry stuff and part ask abt why u chose/enjoyed chemistry as ur major (pls idk what to do with my life lol. i like chemistry but idk if its enough to do it like as a career yknow?)

HELLO ANON YOU HAVE NO IDEA WHAT YOU HAVE JUST ASKED FOR

Okay. For starters I actually didn’t go into college with the intent of being a chemist. My original major was secondary education with a focus in chemistry. Aka I wanted to teach high school chem. And that was because of my high school chem teacher, he was amazing and inspired me. I felt like I learned so much in his classes and I wanted to be like him and inspire others

Obviously thats not the route that ended up happening

Throughout my first few years, I got really involved in the chemistry clubs on my campus (ACS, GSE, etc). There was a lot of community in the chemistry department and thats where I made a lot of my friends too. I had people to study with and we helped each other, there wasnt a lot of competition. Once we got to o chem we were all just trying to survive lol.

Meanwhile, in the education department, over the years I grew more and more critical of it. It felt very cold and inhospitable. I barely knew my classmates. It felt more like a job in that it just kinda wore me down. And dont get me wrong! I LOVED my kids. I loved the actual teaching part. It was amazing. I made it all the way to student teaching because of my love for those kids. BUT. After covid hit. The education world got weird. It got too political. Its not about the kids anymore, its about doing whatever administration says. And I just couldnt take it.

A month before I would have graduated, I switched my major. Admittedly, it had been something I was thinking about since my junior year. I had taken analytical and environmental chemistry the same semester and really felt like I found my niche. (Please note here: there is no chemist who is good at all types of chemistry).

I ended up taking a 5th year to finish out a chemistry degree and get a math minor as well. I was really nervous about that decision, but that last year made me feel so much more sure of myself. I took a third analytical class, quantum mechanics, and inorganic chemistry (among other things like biochem). I learned I was *really* good at those things (unlike biochem Im lucky I passed that one). And now I have a job. Doing some instrumental work and data analysis

So I guess my decision to go into chem in the first place is just because the teacher who inspired me happened to be teaching me chemistry (though I was always a fan of science at heart)

As far as liking it enough to make it a career… well… I’ve discovered that I dont think I’m personally going to like anything for 40 hours a week for the rest of my life. And thats probably because Im out of an academic environment now, but yeah. My goal is to be able to have a chemistry job part time. Because full time just kinda makes me dread it. And Im lucky to have things in the works that might let that come to fruition in the next few years, butttttttt. Thats more of a critique on society as a whole than specifically chemistry

[naugraexports]

The Role of Analytical Lab Equipments in Modern Scientific Advancements

In the era of rapid scientific innovation, analytical laboratories serve as the nerve centers of discovery and progress. Whether in healthcare, environmental science, pharmaceuticals, or materials engineering, the ability to analyze samples with precision has become essential. At the heart of this capability lies high-performance analytical lab equipment. As institutions and industries continue to seek greater accuracy, speed, and reliability, the demand for quality tools—supplied by trusted analytical lab equipments manufacturers—has never been more crucial.

Driving Innovation Through Accuracy and Precision

Modern science thrives on data. Every research breakthrough, product development, or technological advancement depends on the ability to gather accurate and reproducible data. Analytical lab equipment plays a pivotal role by enabling scientists and rese archers to examine complex materials and detect subtle differences that would otherwise go unnoticed. When sourced from reputable analytical lab equipments manufacturers, these instruments deliver the precision required to drive innovation and meaningful conclusions.

Supporting Interdisciplinary Research and Collaboration

Today’s scientific challenges are increasingly interdisciplinary, blending chemistry, biology, physics, and engineering. Analytical laboratories must support a wide range of testing and experimental requirements, and only high-quality, versatile equipment can meet such diverse demands. By equipping labs with advanced tools from experienced analytical lab equipments manufacturers, institutions create environments conducive to collaboration and cross-disciplinary breakthroughs.

Enhancing Efficiency and Productivity

Time is a critical factor in both academic and industrial research settings. Delays caused by inaccurate measurements, faulty instruments, or equipment downtime can derail entire projects. High-quality analytical lab equipment ensures that experiments are performed efficiently and consistently, significantly reducing error margins. Institutions that partner with trusted analytical lab equipments manufacturers benefit from tools designed for long-term reliability and minimal maintenance, ultimately boosting overall productivity.

Elevating Global Research Standards

Scientific communities across the world rely on standardized methods and instruments to ensure the comparability and credibility of their results. Premium analytical lab equipment, built to meet international quality and compliance benchmarks, plays a central role in maintaining these standards. When institutions source their tools from leading analytical lab equipments manufacturers, they align themselves with global research norms and practices, opening doors to international collaboration and recognition.

Empowering Educational Institutions and Future Scientists

The quality of lab equipment directly impacts the learning experience of students and young researchers. Hands-on training with accurate, dependable instruments lays a strong foundation for future scientific exploration. Educational institutions that invest in tools from reliable analytical lab equipments manufacturers are better positioned to prepare the next generation of innovators and thought leaders.

Contributing to Industrial Quality Control and Compliance

Beyond academic settings, analytical lab equipment is essential in industries such as pharmaceuticals, food safety, and environmental monitoring, where precision is synonymous with compliance and consumer safety. High-grade tools ensure that products meet regulatory standards and maintain quality assurance protocols. Collaborating with reputable analytical lab equipments manufacturers ensures that businesses stay competitive while adhering to strict industry requirements.

Conclusion

Analytical lab equipment is more than just a collection of tools—it’s the backbone of modern scientific advancement. From driving innovation and fostering collaboration to ensuring quality and compliance, these instruments play a fundamental role in shaping our scientific future. Institutions, laboratories, and industries that recognize this importance choose to work with reliable analytical lab equipments manufacturers, ensuring accuracy, durability, and long-term success in their scientific pursuits.

[regulatorysolutionsindia]

Regulatory Pathway for In vitro diagnostics (IVD)

Registration in India: IVDs have become integral components of modern healthcare across the globe to support the diagnosis, monitoring, and personalized treatment of diseases. IVDs are also in very high demand in India, where the IVD market was worth about USD 2.64 billion in 2023 and expected to grow at a CAGR of 7.17% from 2024 until 2030 by Scania Analytics. As a result, the demand, interest, and enthusiasm of foreign IVD manufacturers to register and enter the Indian market have peaked. 

However, before IVD devices can be introduced to India, manufacturers and importers must navigate a complex regulatory pathway. Moreover, understanding the registration process is crucial for entry into the Indian marketplace. This blog will help manufacturer and importers understand the IVD registration process in India, discussing the critical components necessary obtain a market launch in India. Keep reading for details.

What are IVD Devices?

IVD Devices (in vitro diagnostics) are instruments employed to analyze biological samples (e.g., blood, tissue, urine, or other bodily fluids) outside of the human body. These tests are integral in providing valuable indications for the diagnosis of disease, monitoring a patient’s condition, quantifying certain substances, and identifying infections. More familiar examples of in vitro diagnostic devices are pregnancy test kits, COVID-19 test kits, blood glucose monitoring kits, immunoassays, and human genetic testing devices.

Which Authority Regulates IVDs in India? 

The authority in charge of licensing and regulating IVDS in India is the Central Drugs Standard Control Organization (CDSCO) under the Ministry of Health and Family Welfare.

How IVDs are classified?

IVDs are classified into four classes based on risk factors:

Class A: Low risk IVDs. Eg. Clinical chemistry analyzer (not near patient testing).

Class B: Low moderate risk IVDs. Eg. Pregnancy test strips, anti-nuclear antibody testing, urine test strips.

Class C: Moderate high risk IVDs. Eg. Blood glucose self-testing system, Human leukocyte antigen (HLA) typing, prostate-specific antigen (PSA) screening.

Class D: High risk IVDs. Eg. HIV blood donor screening,  ABO/Rh(D) blood grouping analyser (near patient testing).

Central Licensing Authority’s Role in Regulating IVDs 

The Central Licensing Authority is responsible for:

• Providing a license for the import of all classes of IVDs. 

• Regulating the manufacture of Class C and Class D (high risk) IVDs.

• Providing the approval for clinical performance evaluation studies for new IVDs before they are allowed to be marketed in India. 

• Working with State Licensing Authorities to ensure that there is consistent oversight of IVDs post-marketing.

Responsibilities of State Licensing Authority in Controlling IVDs

According to the Medical Devices Rules, 2017, the responsibilities of the State Licensing Authority are:

• To grant the licenses for the manufacture, sale or distribution of Class A or Class B (low risk) In Vitro Diagnostic medical devices in their state. 

• To regulate the sale, stocking, exhibition and distribution of IVDs of all classes in their states.

How to register an IVD in India?

A manufacturer, importer or distributor can register an IVD in India by following these steps:

• Identify the Class of IVD: Identify the risk class for the device/personnel E or fQA Yo can more work. 

• Designate the Authorized Indian Rep(s): Authorized agent if the applicant is a foreign manufacturer.

• Complete the Application Form: along with all supporting documents, for the developer or authorized agent on the SUGAM Portal:

Manufacturer: Applies for the Manufacturing license on Form MD-3orMD-4--Class A & B apply on Form MD-3 or MD-4. Class C and D manufacturers, MD-7 or MD-8.

More information about how to obtain a device manufacturing license can be read in our article, “5 Easy Steps To Obtain Your Medical Device Manufacturing License.”

Importers: Can apply for not only the manufacture device license but the device Import license using Form MD-14.The process of obtaining a licensing device can be perused at our blog, “Medical Devices Registration for Import.”

• Application for Review: The CDSCO will review the documents and may inspect overseas manufacturing. For example, review of importers data or evidence, while for manufacturers for India, will assign a State Licensing Authority (SLA)/ CLA a full site inspection process.

• License Issuance: Subject to all requirements being fulfilled, if the CDSCO is satisfied, a manufacturing or import license will be issued that is valid for five years unless otherwise noted. 

How Regulatory Solutions India Can Help You?

If you have not registered your IVDs in India yet, RSI can assist you through the whole process. Having more than ten years in the medical device regulatory process, we have completed over 450 medical device registrations in all categories. 

We have worked with clients in over 20 countries and can assist with everything from submission to regulatory approval in an effort to facilitate the approval process and secure your place in the market quicker. Let RSI help with gathering your IVD registration in India, contact us today!

[susanlabnic]

Low Air Permeability Tester 30 Kg

Labnic Low Air Permeability Tester, powered by a microcomputer, offers a range of 0–2500 ml/min and 0.05–6 KPa. It is fully automated with smart chips and load sensors, providing selectable measuring areas of 6.42 cm2 and 10 cm2 along with soft-touch buttons, an LCD display and data recording.

[jobskolkata]

Chemist Job || Quality Assurance || QA Officer || Quality Assurance Officer || Quality Analytical Chemist || Homeopathy Medicine Manufacturing Company || Raipur || India

Unlock Your Dream Job!

In this Job Post, we dive into the "Ideal Career Zone," revealing the secrets to finding your perfect profession!

Whether you’re hunting for a #job, searching #Naukri, or exploring new #Chakri options, we’ve got you covered with expert tips and career advice. From understanding your passions to mastering job searches and acing interviews, we empower you to navigate the competitive landscape with confidence!

Join us and discover how to elevate your career journey today!

Don’t forget to like, subscribe, and tap the notification bell for more career-boosting content. Your dream job awaits!

Hi we are from IDEAL CAREER ZONE. We are a job placement firm and we are recruiting staffs for different posts for different company.

About company: Company has alchemized from a vision to a major landmark in the history of Homoeopathy Industry in India

Backed by the state of the art machinery and technology for production purpose, they are confident that our supply chain will be the fastest and would feature the most extensive range in the industry.

Their manufacturing facility has incorporated the production and testing processes of international standards, which are entirely computerized. Armed with more than 25 years of field experience in homoeopathy, the company will definitely create a niche for itself in the various arenas of homoeopathic medicine.

Job Title: Quality Assurance (QA) Officer /Analytical Chemist.

Location: Raipur

Department: Quality Assurance

Reports To: Plant Head

Job Summary: Company is looking for a skilled and detail-oriented Quality Assurance Officer to join their Homeopathic Medicine Manufacturing team. The ideal candidate will be responsible for ensuring that all homeopathic medicines meet regulatory requirements, quality standards, and safety guidelines throughout the manufacturing process. They will work closely with the production team to monitor the quality of products, identify issues, and implement corrective actions.

Key Responsibilities:

Quality Control & Testing:

Perform routine checks and testing of raw materials, in-process materials, and finished homeopathic products.

Conduct stability studies and ensure the compliance of homeopathic medicines with pharmacopoeia standards and other applicable regulatory requirements.

Verify that all equipment and instruments are calibrated and properly maintained.

Documentation & Compliance:

Ensure compliance with GMP (Good Manufacturing Practices) and other relevant regulatory standards such as FDA, AYUSH, or any other local homeopathic regulations.

Maintain accurate records of all quality control activities, including batch release and testing data.

Review and approve batch production and control records to ensure compliance with the established standards.

Ensure documentation related to product recalls, batch failures, and deviations is accurate and thorough.

Problem-Solving & Corrective Action:

Identify quality issues, document deviations, and implement corrective and preventive actions (CAPA) to resolve issues and improve manufacturing processes.

Investigate customer complaints and non-conformance reports to determine root causes and initiate corrective actions.

Training & Collaboration:

Train production and manufacturing staff on quality standards and GMP protocols.

Collaborate with cross-functional teams, including production, R&D, and regulatory affairs, to ensure the smooth running of the manufacturing process.

Internal Audits & Inspections:

Participate in internal and external audits and inspections, ensuring that all records and procedures are in compliance with relevant quality standards.

Prepare for and support the preparation of regulatory submissions.

Key Skills & Qualifications:

Educational Qualifications:

Bachelor’s degree in Chemistry, Microbiology, or a related field. A Master’s degree or relevant certifications in quality assurance or homeopathic medicine will be a plus.

Experience:

Minimum 2 to3 years of experience in quality assurance within the homeopathic medicine manufacturing industry.

Familiarity with GMP, ISO, and other regulatory frameworks relevant to homeopathic medicine.

Salary

Rupees 40000/- to rupees 50000/-

Accommodation will provided

• Note:- You can find many more job details in various posts in various companies.

You may call us between 9 am to 8 pm

8 7 7 7 2 1 1 zero 1 6

9 3 3 1 2 zero 5 1 3 3

Or you can visit our office.

Ideal Career Zone

128/12A, BidhanSraniShyam Bazaar metro Gate No.1 Gandhi Market Behind Sajjaa Dhaam Bed Sheet Bed cover Show room Kolkata 7 lakh 4

Thank you for watching our channel Please subscribed and like our videos for more jobs opening. Thank You again.

#ChemistJob, #QualityAssurance, #QAOfficer, #QualityAssuranceOfficer, #QualityAnalyticalChemist, #HomeopathyMedicineManufacturingCompany, #Raipur, #India,

[vashishatlab]

Student Microscope & Chemistry Lab Equipment Experts

Vashishat Scientific Corporation is a trusted Student Microscope manufacturer and Chemistry lab equipment supplier. We deliver precision tools for educational and research needs. Our products ensure reliability and affordability.

Quality Assurance in Educational Tools

Why Choose Our Student Microscopes?

As a leading Student Microscope supplier, we prioritize optical clarity. Our devices feature durable designs for long-term use.

Key Features:

Ergonomic adjustments for ease of use

High-resolution lenses for detailed analysis

Premium Chemistry Lab Equipment Solutions

Our role as a Chemistry lab equipment manufacturer ensures safety. We provide glassware, burners, and analytical instruments.

Benefits:

Certified materials for accurate experiments

Customizable lab setups

Why Partner With Us?

Vashishat Scientific Corporation combines innovation with compliance. We support schools, colleges, and labs globally.

Choose us as your Chemistry lab equipment supplier and Student Microscope manufacturer. Elevate learning and research with cutting-edge tools. Contact us today!

[dolphinpharmamanufacturer]

Leading ETHYLBROMIDE / BROMOETHANE Manufacturer in Turkey

When it comes to specialty chemicals, Ethylbromide—also known as Bromoethane—is widely used in pharmaceutical synthesis, agrochemicals, and organic chemistry labs across the globe. In Turkey, one company stands out as a reliable name in the production and export of this versatile compound—Dolphin Pharmaceutical. As a trusted ETHYLBROMIDE / BROMOETHANE manufacturer in Turkey, Dolphin Pharmaceutical delivers high-purity chemicals backed by international standards, state-of-the-art technology, and a commitment to safety and quality.

What is Ethylbromide / Bromoethane?

Ethylbromide (C₂H₅Br) is a clear, colorless liquid with a slightly sweet odor. It belongs to the class of alkyl halides and serves as an important intermediate in the synthesis of various organic compounds. It is particularly useful in pharmaceutical formulations, dye production, and pesticide development. Its ability to act as an alkylating agent makes it a preferred choice for laboratory and industrial use.

Why Choose a Leading Manufacturer in Turkey?

Turkey has become a rising hub for the production and export of pharmaceutical chemicals. The country’s strong industrial infrastructure, skilled labor force, and adherence to international quality standards have positioned it as a global supplier of fine chemicals. Among the top companies, Dolphin Pharmaceutical leads the way as both a BROMOETHANE supplier in Turkey and a pharmaceutical drug manufacturer in Turkey.

By manufacturing Ethylbromide locally, we are able to reduce lead times, offer competitive pricing, and maintain a reliable supply chain for our global clients. As a company committed to quality and customer satisfaction, we go beyond just manufacturing—we build long-term relationships.

Applications of Ethylbromide in the Pharmaceutical Industry

As a pharmaceutical drug manufacturer in Turkey, we understand the vital role Ethylbromide plays in drug development. Here are a few common uses:

Active Pharmaceutical Ingredient (API) Synthesis: Ethylbromide is used as a raw material in the synthesis of APIs and intermediates.

Research and Development: It is widely used in R&D labs to study reactions involving alkylation.

Agrochemical Formulations: Bromoethane is involved in producing certain agrochemical compounds due to its reactive nature.

Solvent and Reagent Applications: It’s also used in certain reactions as a solvent or reagent.

Thanks to our modern production plant and strong R&D capabilities, we ensure every product batch meets strict quality guidelines to support these critical applications.

Our Commitment to Quality and Safety

At Dolphin Pharmaceutical, product safety and regulatory compliance are our top priorities. As a certified BROMOETHANE manufacturer in Turkey, we implement Good Manufacturing Practices (GMP), ISO quality standards, and rigorous quality control processes throughout our production cycle. Every step—from raw material sourcing to final packaging—is monitored to ensure our Ethylbromide products are pure, stable, and contamination-free.

Our laboratory is equipped with advanced analytical instruments, allowing us to test parameters such as:

Purity and concentration

Moisture content

Impurity profiling

Stability under various storage conditions

This commitment to excellence enables us to consistently meet the expectations of clients in the pharmaceutical, chemical, and agrochemical industries.

Global Export Capabilities

As a global Ethylbromide supplier, Dolphin Pharmaceutical exports to countries across Europe, the Middle East, Asia, and North America. We offer:

Customized packaging (from lab-scale to industrial bulk drums)

Regulatory support for global registrations and documentation

On-time logistics and dependable supply chain management

Competitive pricing without compromising on quality

Whether you’re looking for a long-term supplier or need a reliable source for a specific project, we are ready to meet your business needs with efficiency and transparency.

Why Partner with Dolphin Pharmaceutical?

As a leading Ethylbromide manufacturer in Turkey, here’s what sets us apart:

Years of Industry Experience: We have a strong presence in the chemical and pharmaceutical manufacturing sector.

Innovative Technology: Our facility features modern synthesis and distillation technology for high product yields and consistency.

Environmental Responsibility: We follow eco-friendly waste disposal and energy-saving practices to reduce our environmental footprint.

Customer-Centric Approach: From technical support to tailored logistics solutions, we put our clients first.

We are more than just a chemical producer—we are your strategic partner in chemical innovation.

Future-Focused and Trusted

With an eye on the future, Dolphin Pharmaceutical is continuously investing in R&D, infrastructure upgrades, and sustainability initiatives. As the global demand for high-quality intermediates rises, we are proud to be at the forefront—delivering reliable and compliant chemical solutions.

If you are looking for a pharmaceutical drug manufacturer in Turkey or need a dependable BROMOETHANE supplier, we invite you to connect with our team. Discover the difference of working with a company that prioritizes quality, trust, and innovation.

[tycoonworld]

Remedium Lifecare Unveils Rights Issue Post ₹182.7 Cr UK Deal to Drive Global Expansion

Key Highlights:

Invested in a new quality control facility in Telangana to strengthen R&D capabilities. Aimed at maintaining pharmaceutical product quality in compliance with domestic and international standards. Business relation with domestic well as international organisation. Mumbai, India 22nd April, 2025: Remedium Lifecare Limited (BSE: 539561) has announced the strategic objectives of its upcoming rights issue, recently approved by the Bombay Stock Exchange (BSE). This capital raise is a cornerstone of the company’s transformation into a vertically integrated, research-driven pharmaceutical player, aimed at accelerating global expansion and strengthening operational capabilities.

Remedium Lifecare will invest the proceeds of right issue in research and development to advance its capabilities in complex and high-value pharmaceutical intermediates. Dedicated labs will be established to accelerate R&D across the CNS, metabolic, and oncology verticals—therapeutic areas experiencing strong global demand. The capital raise will also support debt repayment or prepayment, improving the company’s debt-to-equity ratio and overall financial resilience. A portion of the proceeds will be allocated to general corporate purposes, including talent acquisition, IT infrastructure upgrades, and international marketing initiatives to expand global reach.

Commenting on the development, Mr. Adarsh Munjal, Managing Director of Remedium Lifecare, said, “The rights issue is a critical step in our long-term strategy to become a global, research-led pharmaceutical company. These investments will further build good Business relation with domestic well as international organisation across Europe and Asia.”

Capital expenditure in a quality control laboratory is vital for enhancing analytical precision and ensuring regulatory compliance. One key feature includes quick baseline stabilization, excellent reproducibility, and fully integrated operation with chromatography systems, specifically designed for isocratic analysis of sugars, polymers, and fatty acids. Analytical systems widely used in chemistry, biochemistry, pharmacology, and environmental science are employed for separating, identifying, and quantifying components in complex mixtures.

Instruments with multi-element capability, using inductively coupled plasma to ionize the sample, enable simultaneous measurement of multiple elements in a single analysis. Advanced mass spectrometry tools, capable of SWATH Acquisition, MRM acquisition, information-dependent high-resolution MS acquisition (IDA), and high-speed MS/MS scanning, can detect analytes with a resolution up to 0.001 atomic mass units, providing highly accurate and detailed results.

Ultraviolet-visible (UV-VIS) spectroscopy systems are used in various scientific fields to analyze compound concentrations, study chemical reactions, and identify substances based on their light absorption. These instruments measure the absorption of ultraviolet and visible light by samples. Infrared (IR) spectroscopy tools are powerful analytical instruments used for studying molecular structures, identifying functional groups, and understanding chemical bonding through the infrared spectrum of absorption or emission.

Furthermore, UV-VIS detectors with high sensitivity and accuracy facilitate the identification of unknown components in matrix systems by detecting and quantifying light absorption in the ultraviolet and visible regions. Lastly, water purification systems are included as capital investments to produce high-quality water used in drug manufacturing. This purified water acts as an excipient in the preparation of sterile and apyrogenic medicines, ensuring the safety and efficacy of pharmaceutical products.

This initiative also reinforces Remedium’s commitment to strengthening India’s position as a reliable partner in the global pharmaceutical supply chain. By aligning its infrastructure and processes with international standards, the company aims to not only meet stringent regulatory requirements but also drive sustainable growth, create high-value employment, and contribute meaningfully to the ‘Make in India’ vision for healthcare and life sciences.

About Remedium Lifecare Ltd.:

Founded in 1988, Remedium Lifecare Ltd. is a BSE-listed pharmaceutical company engaged in the supply of Active Pharmaceutical Ingredient (API) intermediates and specialty chemicals. With an emphasis on quality, compliance, and global reach, the company continues to expand its presence while playing a pivotal role in India’s pharmaceutical ecosystem