Human Microbiome Market
The human microbiome refers to the collection of microorganisms, including bacteria, viruses, fungi, and other microbes, that inhabit various parts of the human body, both externally and internally. These microorganisms exist in and on the skin, in the mouth, respiratory tract, and particularly in the gastrointestinal (GI) tract, which harbors a significant and diverse microbial community.
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UV Air Purifier Market Evolution: Enhancing Air Filtration Efficiency
UV air purifier: Understanding the Benefits of UV Air Purification

What are UV air purifiers?

UV air purifiers use ultraviolet (UV) light to kill microorganisms like bacteria, viruses, and mold in the air flow passing through the purification system. UV light has a wavelength shorter than visible light but longer than X-rays. Its wavelength range is between 400-100 nanometers. When microorganisms are exposed to UVC light between 200-280 nanometers, it damages their DNA and RNA, rendering them unable to multiply and cause infection or illness.

How do they work?

UV purifiers channel airflow through a chamber that houses UV light bulbs or lamps. As contaminated air passes through this chamber, the UVC light emitted by the UV bulbs interacts with the microbes and damages their DNA/RNA. This disruption to their genetic material prevents the microbes from reproducing and effectively sterilizes them. The purified air exiting the purifier is free of airborne microorganisms that can cause allergies, illnesses, and spread infections.

Benefits of UV purification

Eliminates a wide range of microbes: UV light is highly effective at killing various types of bacteria, viruses, mold, and yeast. It can eliminate over 99.9% of common airborne pathogens regardless of their drug resistance, which makes it a powerful disinfection method.

Works continuously: Unlike chemical air filters that need replacing periodically, UV purification works continuously as long as the purifier is running and the UV bulbs are functioning. This provides ongoing protection from airborne microbes indoors.

Does not produce harmful byproducts: The purification process using UV light does not involve any chemicals. So there are no harmful byproducts, fumes, or odors released into the surrounding air unlike ionizers or ozone-based purifiers. This makes it safer for indoor use.

Eliminates allergens and odors: UV light can break down allergens in the air from things like pet dander, pollen, or dust mites. It also destroys odors caused by chemicals, mold, or bacteria at their source. This helps improve indoor air quality.

Effective against viruses: UV purification is extremely effective at eliminating viruses by disrupting their ability to replicate. This makes UV purifiers valuable for disinfecting indoor air and surfaces from viruses like influenza, norovirus, SARS-CoV-2, and others.

Low maintenance: UV purifiers do not require frequent cleaning or filter replacements. Their bulbs need periodic replacement but last several thousand hours on average. This makes them more economical to use over time compared to HEPA or active carbon filters.

Considerations when using UV purifiers

Ineffective alone: While UV light destroys microbes passing through its chamber, it cannot purify the whole room by itself. A purifier needs to be adequately sized for the space and run continuously to disinfect circulating air.

Not for large rooms: Due to the need for line-of-sight exposure to UV rays, these purifiers work best in enclosed spaces up to around 300-500 sq. ft. Larger rooms may require multiple purifiers for complete air recirculation.

Provides no filtration: UV purifiers do not filter out particulate matter like pollen, dust, or smoke from the air. For optimal indoor air quality, they should be used along with a particulate filter.

UV exposure safety: Direct skin or eye exposure to high-intensity UVC light can cause burns, damage cells, and increase skin cancer risk long-term. Well-designed purifiers fully enclose the UV bulbs for safe operation indoors near occupants.

Performance varies by brand: Not all UV purifiers are equally effective due to differences in UV bulb wattage, purifier airflow rates, and chamber designs. Reputable brands with third-party validation generally perform the best.

Energy consumption: While economical overall, running UV bulbs constantly does use more energy than a passive HEPA or active carbon filter over time. Efficiency depends on a purifier's wattage draw and utilization of more economic UV lamps.

In summary, UV air purifiers provide powerful yet chemical-free disinfection of indoor air from a wide range of microbes. When properly installed and maintained according to a manufacturer's guidelines, they can effectively improve indoor air quality and protect health all year round in most residential or commercial environments. Comparing features between reputed brands can help identify the best suitable UV purification system.

Global Long Read Sequencing Market is anticipated to create a value opportunity of around USD 6.0 billion by 2032 – MicrobesNG, Garvan Institute of Medical Research, Quantapore, Oxford Nanopore Technologies Limited

The global Long Read Sequencing Market was valued at 1.5 billion in 2022 and it is anticipated to grow up to USD 6.0 billion by 2032, at a CAGR of 14.8% during the forecast period.

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DNS is the Domain Name System, which is a system for mapping domain names to IP addresses. DHCP is the Dynamic Host Configuration Protocol, which is a system for automatically assigning IP addresses to devices on a network. IPAM is the IP Address Management, which is a system for managing IP addresses and ensuring that they are unique and not duplicated.

DNS is used to map domain names to IP addresses so that users can access websites by typing in a domain name instead of an IP address. DHCP is used to automatically assign IP addresses to devices on a network. This eliminates the need for users to manually configure their IP addresses. IPAM is used to manage IP addresses and ensure that they are unique and not duplicated.

Market Trends and Drivers

Rising utilization of sequence analysis methodologies.

The increasing acceptance of modern approaches for medical diagnostics, represents one of the key factors bolstering the market growth. The escalating demand for LRS technology can also be attributed to its portability and real-time speed. It is also used to produce an accurate reference map of the centromere of the chromosomes.

Apart from this, various biotech companies are developing innovative technologies that combine a new library prep method and genome analysis tools. In line with this, several studies indicate that LRS technology plays a crucial role in discovering novel pathogenic mutations in human diseases with unknown genetic causes.

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This presents numerous opportunities to researchers for using the technology in whole-genome sequencing (WGS) and enabling advancements in medical genetics.

Furthermore, the rising utilization of sequence analysis methodologies in medical institutes for academic purposes, in confluence with the increasing investments in research and development (R&D) activities, is anticipated to drive the market growth further.

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Global Long Read Sequencing Market Segmentation

By Technology

Single-Molecule Real-Time Sequencing (SMRT)
Nanopore Sequencing

By Workflow

Pre-sequencing
Sequencing
Data Analysis

By Application

Identification & fine mapping of structural variation
Tandem Repeat Sequencing
Pseudogene discrimination
Cancer
Others

By End-use

Academic Research
Clinical Research
Hospitals & Clinics
Pharma & Biotech Entities
Other

Major Players in the Global Long Read Sequencing Market

Market players are focusing on strategic collaborations to enhance their product offerings. Some prominent participants in the global market are Long Read Sequencing market include Oxford Nanopore Technologies Limited; Pacific Biosciences of California, Inc.; Quantapore, Inc.; Stratos Genomics, Inc.; MicrobesNG; Institute of Integrative Biology of the Cell (I2BC); BaseClear B.V.; Future Genomics Technologies B.V.; Garvan Institute of Medical Research; Genome Transcriptome Facility of Bordeaux; NextOmics; and Takara Bio, Inc. among others.

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