The automotive repair and maintenance market consists of sales of automotive repair and maintenance services by entities (organizations, sole traders and partnerships) that provide such services for passenger automobiles, commercial vehicles, motorcycles, and other vehicles. Automotive maintenance services include inspecting or testing the condition of vehicle subsystems and servicing parts and fluids, this regular maintenance is important to ensure the safety, reliability, drivability, comfort and longevity of different vehicles. Automotive repair services are aftermarket maintenance of vehicles to improve the life of the vehicle by replacing anything on the vehicle including consumable products such as tires, vehicle batteries, wear and tear parts, air filter, cabin filter, oil filter, wiper blades, and collision body.i The main types of automotive repair and maintenance are automotive mechanical and electrical repair and maintenance, automotive body, paint, interior, and glass repair, along with other automotive repair and maintenance. The automotive mechanical and electrical repair and maintenance sector is made up of businesses that specialize in transmission repair, and electrical system repair, engine repair and maintenance and exhaust system replacement. The different vehicle types covered include passenger cars, light commercial vehicles, heavy commercial vehicles, and bike & scooter. The market involves several service providers such as automotive dealerships, franchise general repair, specialty shop, locally owned repair shops/body shops, and others.

Boat-monitoring systems provide real-time information for all boats. It enables owners to track, monitor, and prevent boats from theft. Boat-monitoring devices gather data from sensors and controls, which is transferred ashore so one can view it on the dashboard. Monitoring systems send alert messages through SMS or e-mails to owners, and some devices also enable communication from owners to boats for actions such as turning off engines or turning on air conditioners.

Traditionally, biopharmaceutical excipients are inert components used in medicines. They are crucial to guarantee the high quality, safety, and efficacy of a drug. These are substances other than the active drug, which are included during the manufacturing process or are contained in the finished pharmaceutical dosage form. Despite being regarded as therapeutically inert, they are essential to transport the active drug to a location in the body where the drug is intended to show its action. In addition, biopharmaceutical excipients are key elements to ensure the adequate processability or stabilization of the drug substance.

Biologics or biological drugs are obtained from living organisms, such as humans, animals, and microorganisms, using complex manufacturing processes and are administered closely under monitored conditions. They contrast with traditional non-biological drugs that are synthesized in laboratories using chemical processes without the use of biological components. Cancer, infectious diseases, and autoimmune diseases are those diseases that the bio pharmacy is used to prevent, treat, or cure. Biologics bring hope for treatments for diseases such as cancer, heart disease, Alzheimer's, diabetes, and rheumatoid arthritis. Biopharmaceuticals have a few side effects and promise targeted treatments with provisional measures for personalized medicine, but this area is still in its infancy.

Over the last few years, environmental regulations, and the importance of developing sustainable products have generated a tremendous demand for biobased lubricants or biodegradable lubricants. In the lubricant industry, bio-based lubricants are used as lubricating oils to reduce energy consumption and prolong the life of equipment/machinery. Several OEM equipment manufacturers and vendors in the mining marine, construction, and wind power industries are seeking environment-friendly products. Therefore, such environmental considerations and changes in consumer behavior have compelled lubricant manufacturers to formulate lubricants with lower environmental impact.

Baited insect traps play an instrumental role in detecting undiscovered infestations in storage warehouses and goods, surveying and monitoring infestation levels, and determining catch thresholds for quick remedial actions as part of an effective pest management strategy. These insect traps can control infestations of social insects such as cockroaches, ants, moths, flies, and bed bugs. Insect baits are prepared using food attractants mixed with either an insect growth regulator (IGR) or insecticide. Also, some baits include chemical compounds that are identical to volatiles released by decomposed fruits or animals.

The present scenario is driving vendors to change and refine their unique value propositions to achieve a strong market presence. Some key players in the agricultural lubricants market include Shell, Valvoline, BP, and others. There exists stiff competition among these players in the market. Additionally, the market is highly competitive and is prone to be affected by volatility in the general business and economic environment.

The Psoriatic Arthritis clinical trial portfolio comprises approximately 139+ trials which are sponsored by various vendors. Interleukin inhibitors (42.31%) are the major mechanism of action of drugs which are under investigation in various development phases. Approximately 90-95% of clinical trials which are being under investigation as monotherapies therapies. Johnson & Johnson is the top sponsor for Psoriatic Arthritis-related ongoing clinical trials. Novartis AG, Amgen Inc, Bristol-Myers Squibb Co, and Pfizer Inc are among other notable clinical trial sponsors involved in Psoriatic Arthritis.

Understanding the structure and function of proteins is a major part of modern biotechnology. Determining 3D structures at atomic resolution assists in the elucidation of protein function, molecular docking, and structure-based drug design. Protein function relies on its structure and its interactions with other proteins. Therefore, protein structure analysis yields valuable information that can be used to infer protein function. The rising adoption of protein therapeutics coupled with continuous technological advancements in instruments and consumables related to NMR spectroscopy, X-Ray crystallography, cryo-electron microscopy, and small-angle X-Ray scattering is making headway in the growth of the global 3D protein structure analysis market.

3D medical imaging revolutionized both radiological diagnosis and surgical planning. 3D reconstructions provide life-like views that can quickly summarize the relationship between anatomic structures and help plan surgical procedures. Some benefits of 3D medical imaging include less damage to healthy tissues, decreased exploratory time in the operating room (OR), and low risk of complications for patients. All these benefits contribute to reduced surgical morbidity. The likelihood of shorter operating room time per procedure and increased diagnostic sensitivity across all specialties contribute to less or reduced procedure cost.