3d printing e poster CSPPU005.pdf
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3D printing technology allows for the creation of customized, personalized doses and has applications in the pharmaceutical industry. 3D printing works by building up a three-dimensional object layer by layer from a digital file. It offers advantages over traditional manufacturing like lower costs, less waste, and reduced production time. The technology is being used to produce things like food, toys, medical devices, and drugs. One example is Spritam, the first FDA-approved 3D printed drug product.
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3 d printing of pharmaceuticals
3D printing offers innovations for pharmaceuticals like personalized drug dosing tailored to patients. Current applications include Aprecia's ZipDose, which uses 3D printing to produce high-dose medications that rapidly disintegrate. BioFabrication uses living cells with biomaterials to 3D print tissues. While promising, 3D printing also faces risks like product liability, cyber threats, and safety concerns if printers malfunction. Pharmaceutical companies must understand these risks as 3D printing's potential grows.
3 d printing of pharmaceuticals
3D printing is a powerful manufacturing technique that can be used to create individually tailored drug formulations and dosage forms in a layer-by-layer process. It allows rapid production of complex dosage forms with multiple active ingredients and controlled release properties. 3D printing offers advantages for personalized medicine by enabling precise adjustments to dosage form size, shape, composition and drug delivery profiles. Various 3D printing methods use liquid or powder feedstocks and binding technologies like photopolymerization or thermal sintering to build up final dosage forms. This provides opportunities for sophisticated drug delivery systems with improved patient outcomes.
3d printing in Pharmaceutical Industry.pptx
Presentation on 3D printing used in pharmaceutical industry.This presentation educates about the 3d printing and how it can be useful in the pharmaceutical industry.It also describes the type of 3d printing process used in pharma industry.
3 d printing in pharmaceutcials
How 3D printing is useful for human life's in each aspects of health science and organ development, now a days 3D printing plays a major role because of its vivid uses which helps for human life.
3d printing presentation1
3D printing, also known as additive manufacturing, involves building 3D objects from a digital file by printing layers of material on top of each other. It offers benefits for pharmaceuticals like increased product complexity, personalized medicine, and on-demand manufacturing. Methods like selective laser sintering, fused deposition modeling, and stereolithography work by fusing powders or curable liquids layer by layer. While promising for customized drug dosage forms, 3D printing faces challenges like product liability risks and potential cyber risks from hackers accessing design files.
3D PRINTING OF PHARMACEUTICALS
This document summarizes a seminar on 3D printing of pharmaceuticals. 3D printing, also called additive manufacturing, is the process of making 3D objects from a digital file by laying down successive layers of material. There are several methods of 3D printing including selective laser sintering (SLS), fused deposition modeling (FDM), and stereolithography (SLA). 3D printing offers advantages like reduced costs, customization, and increased productivity through constant prototyping. However, it also faces challenges like high costs, limited materials, and slow printing speeds. The seminar discusses the various applications, growth, and challenges of 3D printing in the pharmaceutical industry.
3d printing in pharmaceuticals
This document discusses 3D printing and its applications in pharmaceuticals. It begins with an introduction and history of 3D printing, describing how 3D printers work by building objects layer by layer from a digital file. It then discusses current and potential applications of 3D printing in pharmaceuticals, such as for producing customized drug doses tailored to individual patients. The document also covers various 3D printing techniques like stereolithography, inkjet printing, and fused deposition modeling. It concludes by discussing advantages like high drug loading and personalized medication, as well as challenges like safety, materials used, and regulatory approval.
3D Printing of Drugs
Over view regarding emerging concept of 3D printing of drugs and their current scenario has been explained.
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3 d printing of pharmaceuticals
3D printing offers innovations for pharmaceuticals like personalized drug dosing tailored to patients. Current applications include Aprecia's ZipDose, which uses 3D printing to produce high-dose medications that rapidly disintegrate. BioFabrication uses living cells with biomaterials to 3D print tissues. While promising, 3D printing also faces risks like product liability, cyber threats, and safety concerns if printers malfunction. Pharmaceutical companies must understand these risks as 3D printing's potential grows.
3 d printing of pharmaceuticals
3D printing is a powerful manufacturing technique that can be used to create individually tailored drug formulations and dosage forms in a layer-by-layer process. It allows rapid production of complex dosage forms with multiple active ingredients and controlled release properties. 3D printing offers advantages for personalized medicine by enabling precise adjustments to dosage form size, shape, composition and drug delivery profiles. Various 3D printing methods use liquid or powder feedstocks and binding technologies like photopolymerization or thermal sintering to build up final dosage forms. This provides opportunities for sophisticated drug delivery systems with improved patient outcomes.
3d printing in Pharmaceutical Industry.pptx
Presentation on 3D printing used in pharmaceutical industry.This presentation educates about the 3d printing and how it can be useful in the pharmaceutical industry.It also describes the type of 3d printing process used in pharma industry.
3 d printing in pharmaceutcials
How 3D printing is useful for human life's in each aspects of health science and organ development, now a days 3D printing plays a major role because of its vivid uses which helps for human life.
3d printing presentation1
3D printing, also known as additive manufacturing, involves building 3D objects from a digital file by printing layers of material on top of each other. It offers benefits for pharmaceuticals like increased product complexity, personalized medicine, and on-demand manufacturing. Methods like selective laser sintering, fused deposition modeling, and stereolithography work by fusing powders or curable liquids layer by layer. While promising for customized drug dosage forms, 3D printing faces challenges like product liability risks and potential cyber risks from hackers accessing design files.
3D PRINTING OF PHARMACEUTICALS
This document summarizes a seminar on 3D printing of pharmaceuticals. 3D printing, also called additive manufacturing, is the process of making 3D objects from a digital file by laying down successive layers of material. There are several methods of 3D printing including selective laser sintering (SLS), fused deposition modeling (FDM), and stereolithography (SLA). 3D printing offers advantages like reduced costs, customization, and increased productivity through constant prototyping. However, it also faces challenges like high costs, limited materials, and slow printing speeds. The seminar discusses the various applications, growth, and challenges of 3D printing in the pharmaceutical industry.
3d printing in pharmaceuticals
This document discusses 3D printing and its applications in pharmaceuticals. It begins with an introduction and history of 3D printing, describing how 3D printers work by building objects layer by layer from a digital file. It then discusses current and potential applications of 3D printing in pharmaceuticals, such as for producing customized drug doses tailored to individual patients. The document also covers various 3D printing techniques like stereolithography, inkjet printing, and fused deposition modeling. It concludes by discussing advantages like high drug loading and personalized medication, as well as challenges like safety, materials used, and regulatory approval.
3D Printing of Drugs
Over view regarding emerging concept of 3D printing of drugs and their current scenario has been explained.
3D PRINTING IN PHARMACEUTICALS
3D printing has potential applications in pharmaceutical manufacturing by enabling personalized drug dosing, complex drug release profiles, and potentially printing living tissues. However, 3D printing also presents risks such as product liability if defective products are printed, and security risks if digital drug files are hacked. While applications like dental implants using 3D printing have been successful, pharmaceutical companies must address regulatory safety and efficacy standards before widespread drug production using 3D printing.
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This document discusses active transport by the transporters ASBT and OCT. It provides an overview of ASBT, including that it is an apical sodium-dependent bile acid transporter expressed in intestinal and bile duct cells that assists with bile acid absorption. It discusses pharmacophore and QSAR models developed for ASBT inhibitors and substrates. It also discusses the localization, physiology, clinical significance, and role in prodrug design of ASBT. For OCT, it provides that OCTs are organic cation transporters expressed in liver and kidney that transport various drugs and metabolites, and discusses pharmacophore models developed to characterize OCT1 and OCT2. It concludes by mentioning some software used for ADME/toxicity prediction and molecular descriptor generation.
3D Printing Technology In Paharmaceuticals
Introduction to 3d printing technology
History of 3d printing technology
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Process parameter of 3d printing technology
Application of 3d printing technology
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Disadvantages of 3d printing technology
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3-D printing has potential applications in pharmaceuticals for developing personalized dosage forms. It allows precise manufacturing of drug delivery devices and tissue scaffolds through layer-by-layer deposition of materials. Some key applications of 3-D printing discussed in the document include using it to produce single- and multiple-ingredient tablets, microneedles for transdermal drug delivery, and controlled-release formulations. Challenges include selecting appropriate raw materials and nozzles for drug printing. 3-D printing can help enhance productivity, enable short production runs, and support personalized medicine.
Generic drug product development
- Generic drugs are comparable to brand name drugs in dosage, quality, and intended use but are cheaper. They contain the same active ingredients as original formulations.
- The generic drug development process involves concept development, system-level design, detail design, testing and refinement, production ramp-up, and product launch. It aims to develop affordable drugs that balance public health needs.
- Generic drugs are available after patents or marketing rights expire on brand name drugs. They maintain quality at affordable prices for critical diseases.
3D Printing in Pharmaceuticals
3D printing, also known as additive manufacturing, involves using digital files and layer-by-layer deposition of materials to produce three dimensional objects. The document discusses how 3D printing works by creating a virtual design file that is then sliced into layers and printed. It also explores current and potential future applications of 3D printing in pharmaceuticals such as personalized drug dosing, complex drug release profiles, and even printing living tissue. However, risks like product liability, cybersecurity threats, and ensuring safety and efficacy of 3D printed drugs must still be addressed as the technology advances.
REGULATORY AND INDUSTRY VIEWS ON QbD, SCIENTIFICALLY BASED QbD- EXAMPLES OF A...
The pharmaceutical Quantity by Design (QbD) is a systemic approach to development that begins with predefined objectives and emphasizes product and process understanding and process control, based on sound science and quantity risk management.
QbD has been adopted by U.S Food and Drug Administration (FDA) for the discovery, development and manufacture of drugs.
Quality- by- design (QbD) is a concept introduces by the International Conference on Harmonization (ICH) Q8 guidelines.
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The document discusses 3D printing of pharmaceuticals. It begins with definitions of 3D printing and describes the basic 3D printing process of designing an object digitally, exporting the file, and fabricating the object through successive layers of material. Current trends and an example of a 3D printed drug tablet are mentioned. Advantages include reduced production time and costs. Applications discussed include organ and tissue engineering, medical research and education, surgical planning, and drug delivery through 3D printed devices. The future of 3D printing in India is promising with a projected growth of 20% and establishment of new facilities.
3D printing in pharmaceuticals
Increasing the efficacy of drugs and at the same time reducing the chances of adverse reaction should be the aim of drug development, which can be achieved by using 3D printing to fabricate personalized medications
Drugs with narrow therapeutic index can easily be prepared using 3D printing; and, by knowing the patient’s pharmacogenetic profile and other characteristics like age, race etc., optimal dosage can be given to the patient.
3D printing technology is a valuable and potential tool for the pharmaceutical sector, leading to personalized medicine focused on the patients’ needs. It offers numerous advantages, such as increasing the cost efficiency and the manufacturing speed. 3D printing has revolutionized the way in which manufacturing is done. It improves the design manufacturing and reduces lead time and tooling cost for new products.
computer in pharmaceutical formulation of microemlastion
This document discusses the use of computer-aided techniques in the development of microemulsion drug carriers, with a special emphasis on optimization. It describes how artificial neural networks (ANN) can be used as tools to accurately predict the microemulsion area based on formulation composition. Various optimization techniques are explored, including factorial designs, response surface methodology, and the use of ANN for multi-objective optimization problems. Microemulsions offer benefits as drug carriers, and optimization is important to develop formulations that solubilize both water-soluble and oil-soluble compounds for delivery.
3 D printing technology in pharmaceutical drug delivery system
3D printing shows promise for personalized medicine by allowing precise, customized drug formulations and dosages. However, several challenges must still be addressed, including high development costs, potential safety issues if doses are tampered with, and ensuring drug properties are not altered by the 3D printing process itself. Regulatory standards for 3D printed drugs will also need to be stringent. Overall 3D printing could revolutionize pharmaceuticals if these challenges are overcome through continued research, development of new excipients, clinical studies, and potentially hybrid systems combining 3D printing with conventional drug manufacturing methods.
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Microspheres and microcapsules
Microspheres and microcapsules are spherical particles ranging from 1 μm to 1000 μm in diameter that can be used to encapsulate drugs for controlled release. Microspheres contain drug distributed throughout while microcapsules contain drug enclosed within a coating. Various natural and synthetic polymers are used to prepare microspheres and microcapsules through techniques like solvent evaporation, emulsion polymerization, and coacervation. Microspheres and microcapsules offer benefits like sustained drug release, targeted drug delivery, and reduced dosing frequency. They are evaluated based on particle size, drug entrapment efficiency, in vitro drug release, and other physicochemical properties.
3d.ppt
1) The document discusses the use of 3D printing in drug development. It provides a brief history of pill making and describes how 3D printing works by building objects layer by layer from a digital file.
2) 3D printing offers advantages for the pharmaceutical industry such as reduced costs, faster production, and less waste compared to traditional manufacturing methods. It can be used to create drugs, medical devices, and for applications like tissue engineering.
3) The document concludes that 3D printing technology provides valuable tools for the pharmaceutical sector and drug development by offering more advantages over traditional methods. It is a notable manufacturing method for the pharmaceutical and healthcare industries.
3D Printing in The Chemical Industry
3D printing translates computer-aided design 3D models into physical objects in a layer-by-layer fashion. It enables designers to have fully functional prototype a few hours after the design is completed. A new industrial revolution is around the corner as commercial 3D printers become smaller, portable, and cheaper. Chemical companies must implement 3D printing as part of their overall digital transformation process. This paper provides a brief overview of using 3D printing in the chemical industry.
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This document discusses active transport by the transporters ASBT and OCT. It provides an overview of ASBT, including that it is an apical sodium-dependent bile acid transporter expressed in intestinal and bile duct cells that assists with bile acid absorption. It discusses pharmacophore and QSAR models developed for ASBT inhibitors and substrates. It also discusses the localization, physiology, clinical significance, and role in prodrug design of ASBT. For OCT, it provides that OCTs are organic cation transporters expressed in liver and kidney that transport various drugs and metabolites, and discusses pharmacophore models developed to characterize OCT1 and OCT2. It concludes by mentioning some software used for ADME/toxicity prediction and molecular descriptor generation.
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Introduction to 3d printing technology
History of 3d printing technology
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Application of 3d printing technology
Advantages of 3d printing technology
Disadvantages of 3d printing technology
Limitation by 3d printing technology
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3-D printing has potential applications in pharmaceuticals for developing personalized dosage forms. It allows precise manufacturing of drug delivery devices and tissue scaffolds through layer-by-layer deposition of materials. Some key applications of 3-D printing discussed in the document include using it to produce single- and multiple-ingredient tablets, microneedles for transdermal drug delivery, and controlled-release formulations. Challenges include selecting appropriate raw materials and nozzles for drug printing. 3-D printing can help enhance productivity, enable short production runs, and support personalized medicine.
Generic drug product development
- Generic drugs are comparable to brand name drugs in dosage, quality, and intended use but are cheaper. They contain the same active ingredients as original formulations.
- The generic drug development process involves concept development, system-level design, detail design, testing and refinement, production ramp-up, and product launch. It aims to develop affordable drugs that balance public health needs.
- Generic drugs are available after patents or marketing rights expire on brand name drugs. They maintain quality at affordable prices for critical diseases.
3D Printing in Pharmaceuticals
3D printing, also known as additive manufacturing, involves using digital files and layer-by-layer deposition of materials to produce three dimensional objects. The document discusses how 3D printing works by creating a virtual design file that is then sliced into layers and printed. It also explores current and potential future applications of 3D printing in pharmaceuticals such as personalized drug dosing, complex drug release profiles, and even printing living tissue. However, risks like product liability, cybersecurity threats, and ensuring safety and efficacy of 3D printed drugs must still be addressed as the technology advances.
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QbD has been adopted by U.S Food and Drug Administration (FDA) for the discovery, development and manufacture of drugs.
Quality- by- design (QbD) is a concept introduces by the International Conference on Harmonization (ICH) Q8 guidelines.
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3D printing in pharmaceuticals
Increasing the efficacy of drugs and at the same time reducing the chances of adverse reaction should be the aim of drug development, which can be achieved by using 3D printing to fabricate personalized medications
Drugs with narrow therapeutic index can easily be prepared using 3D printing; and, by knowing the patient’s pharmacogenetic profile and other characteristics like age, race etc., optimal dosage can be given to the patient.
3D printing technology is a valuable and potential tool for the pharmaceutical sector, leading to personalized medicine focused on the patients’ needs. It offers numerous advantages, such as increasing the cost efficiency and the manufacturing speed. 3D printing has revolutionized the way in which manufacturing is done. It improves the design manufacturing and reduces lead time and tooling cost for new products.
computer in pharmaceutical formulation of microemlastion
This document discusses the use of computer-aided techniques in the development of microemulsion drug carriers, with a special emphasis on optimization. It describes how artificial neural networks (ANN) can be used as tools to accurately predict the microemulsion area based on formulation composition. Various optimization techniques are explored, including factorial designs, response surface methodology, and the use of ANN for multi-objective optimization problems. Microemulsions offer benefits as drug carriers, and optimization is important to develop formulations that solubilize both water-soluble and oil-soluble compounds for delivery.
3 D printing technology in pharmaceutical drug delivery system
3D printing shows promise for personalized medicine by allowing precise, customized drug formulations and dosages. However, several challenges must still be addressed, including high development costs, potential safety issues if doses are tampered with, and ensuring drug properties are not altered by the 3D printing process itself. Regulatory standards for 3D printed drugs will also need to be stringent. Overall 3D printing could revolutionize pharmaceuticals if these challenges are overcome through continued research, development of new excipients, clinical studies, and potentially hybrid systems combining 3D printing with conventional drug manufacturing methods.
Microcapsules and microspheres
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Microspheres and microcapsules
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3d printing
The document discusses 3D printing, including its definition as a process that creates 3D objects from digital models through successive layers of material. It notes that the first 3D printer was created in 1984 and that 3D printing involves modeling, printing, and finishing steps. Potential future applications of 3D printing discussed include food printing, bio-printing of organs and tissues, manufacturing of machine parts, and prototyping. Advantages listed are more efficient design at reduced cost, eliminating the need for organ donors, less material waste, and instant global production. In conclusion, 3D printed parts can be stronger, lighter, and cheaper to produce than traditional manufacturing methods.
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This document summarizes a student project on 3D printing technology. It introduces 3D printing and its uses in areas like medicine, the military, art and mass production. It then describes the 3D printing process and pros and cons. The document outlines the project's data collection through an online survey. The results found most respondents heard of 3D printing through news/TV but few had used it. The conclusion states 3D printing has many applications but is not widely used in Hong Kong, and the government could promote and subsidize it to reduce waste in production.
Gcit1015 it innovations shaping our world final version
This document summarizes a student project on 3D printing technology. It introduces 3D printing and its uses in areas like medicine, the military, art and mass production. It then describes the 3D printing process and pros and cons. The document outlines the project's data collection through an online survey. The results found most respondents heard of 3D printing through news/TV but few had used it. The conclusion states 3D printing has many applications but is not widely used in Hong Kong, and the government could promote and subsidize it to reduce waste in production.
3 d printing of pharmaceuticals
This document discusses 3D printing of pharmaceuticals. It provides a brief history of 3D printing, describing important developments from 1984 to 2011. It then discusses challenges in 3D printing technology and types of 3D printers such as nozzle-based deposition systems and selective laser sintering. Advantages include rapid prototyping and low production costs, while disadvantages include size limitations and high energy usage. The document concludes by discussing future prospects for 3D printing such as personalized medicine and examples of 3D printed drug products and dosages that have been approved by the FDA.
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IRJET- 3D Printer for Printing Biological Structures
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Gcit1015 it innovations shaping our world final version
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3d printing e poster CSPPU005.pdf
- 1. 3D PRINTING TECHNOLOGY: CURRENT UPDATE Basith Rehman.s, Vijaya vara prasad.M, Ismail.Y, Ubaidulla.U,Venkatalakshmi.R B.S. ABDUR RAHMAN CRESCENT INSTITUTE OF SCIENCE AND TECHNOLOGY CRESCENT SCHOOL OF PHARMACY DEPARTMENT OF PHARAMCEUTICS POSTER CODE : CSPPU005 As we all know that the world undergoes development each and every day. There always a new innovation and introduction of many technologies to the world. One of those technologies is 3D Printing Technology This technology has many wide range applications and benefit in the pharmaceutical industries.3D Printing Technology can help in marking the customized and personalised doses a reality INTRODUCTION ? 3D printing or additive manufacturing is process of marking three dimensional solid object from a digital file. In 3D printing an object is created by layer by layer addition of material to make a shape. It was first developed in 1984. CAD (computer aided design) uses a 3D model program or 3D scanner for online design. The software cut the final model into hundreds or thousands of layer. The printing creates the object layer by layer resulting in one three dimensional object. WHAT IS 3D PRINTING 3D PRINTING DRUG Spritam tablets for oral use which is FDA first approved 3D printed drug product METHODS Fused deposition modelling (FDM) : It is liquid based fdm works on an additive manufacturing technology principle by laying down material in layers uses a plastic material and metal wire as input material from a coil and supplies material to product Electron beam manufacturing(EBM) : It is 3d manufacturing process in which a powdered metal is melted by high energy beam of electron Advantages & Disadvantages in Traditional vs 3D PROCESS TRADITIONAL 3D COST Higher cost of manufacturing Up to 70% save cost on 3D SPEED More time for final product Less time for final product WASTAGE More wastage Less wastage APPLICATION • Food ; Toys • Automobile industry ; Computer parts • Pharmaceuticals ; Drug delivery • Medical device 8.Bio printing 3D printing technology has revolutionized the way which manufacturing is done. It improve the design manufacturing and reduce lead time and tooling costs of new product .3D printing technology is a valuable and potential tool for the pharmaceutical sector leading the way to personalised medicine focused on the patient’ s need. CONCLUSION References 1.Beg, S., Almalki, W. H., Malik, A., Farhan, M., Aatif, M., Rahman, Z., ... & Rahman, M. (2020). 3D printing for drug delivery and biomedical applications. Drug Discovery Today, 25(9), 1668-1681. 2.Lepowsky, E., & Tasoglu, S. (2018). 3D printing for drug manufacturing: A perspective on the future of pharmaceuticals. International journal of bioprinting, 4(1). Key words : 3D Printing, Drug Delivery, Computer Aided Design