醫用微針市場

本報告調查了全球醫用微針市場，並提供了市場概況，以及微針技術、製造方法、細分市場的產品趨勢、地區趨勢以及主要參與者的概況。我是這裡。

內容

• 執行摘要
• 醫用微針 - 現狀
• 推動微針需求的因素
• 人口統計
• 慢性疾病和給藥頻率
• 患者自我護理
• 管理式護理計劃
• 微針技術概述
• 微針陣列和陣列幾何形狀
• 材料選擇
• 製造方法
• 微成形
• 微細加工
• 結構膜
• 新的製造方法
• 增材製造技術
• 噴墨打印
• 3D 打印
• 電子自旋陣列
• 電沉積
• 磁化誘導的自組裝
• 陣列架構
• 立體光刻
• 熔融沈積建模
• 數字光處理
• 選擇性激光燒結
• 選擇性激光熔化
• 噴墨打印
• 微針外形
• 實心微針
• 塗層微針
• 中空微針
• 碳納米管
• 離子蝕刻
• C-MEMS
• 電解質感應
• 可溶性微針
• 水凝膠
• 彈力針
• 緩釋微針
• 真絲微針
• 安裝在註射器上的微針
• 索爾維婭
• 特殊微針
• 相變
• 基於微處理器的設備
• 複合微針
• 光敏微針
• 靈活數組
• 微針和微流體
• 可穿戴式微針
• 努力開發微針
• 政府舉措
• 歐洲
• 日本
• 北美
• 學術課程
• 市場和機會
• 基因/DNA/核酸治療
• 微針給藥
• 皮內
• 微孔
• 透皮
• nRNA
• 皮膚科
• 免疫療法
• 艾滋病毒
• 新陳代謝
• 糖尿病
• 神經科
• 偏頭痛
• 阿爾茨海默病
• 生殖健康
• 疫苗
• 預防性疫苗
• 疫苗劑量減少
• 市場數據
• 市場進入者簡介

Converging Factors Driving Medical Microneedle Evolution

Advances in materials processing - technologies that include micromachining, nanoprocessing and structured film forming - are creating new devices and new opportunities for minimally invasive medicine. The processing techniques incorporate one or more technologies that enable the precise machining, extrusion, casting, and/or forming of from one to an array or grid of microneedles. Microneedle technology has the potential to address the growing trend toward minimally invasive medicine by allowing the precise delivery of therapeutic agents to prescribed locations below the skin. Microneedles will also be a factor in continuous and ambulatory patient monitors and point-of-care diagnostics.

What You Will Learn:

• What are the recent developments in the area of medical microneedles? What medical applications and markets do they address?

• How has technology evolved to advance the addressable market for medical microneedles?

• What are the major factors driving development activity and investment in the medical microneedle segment?

• What are the emerging therapeutic and diagnostic applications that are expected to drive growth in medical microneedle markets?

• What is the size of the market today, who are the market share leaders, and what will the market share be in 2026?

• How important are drug developer-device manufacturer relationships and what are the key alliances in the industry?

Table of Contents

• Executive Summary
• Medical Microneedles - The Current Landscape
• Microneedle Demand Drivers
• Population Demographics
• Chronic Conditions & Dosing Frequency
• Patient Self-care
• Managed Care Initiatives
• Microneedle Technology Overview
• Microneedle Arrays & Array Geometries
• Material Selection
• Fabrication Methods
• Microforming
• Micromachining
• Structured Films
• Emerging Fabrication Methods
• Additive Manufacturing
• InkJet Printing
• 3D Printing
• Electrospun Arrays
• Electrodeposition
• Magnetization-induced Self-assembly
• Array Architectures
• Stereolithography
• Fused Deposition Modelling
• Digital Light Processing
• Selective Laser Sintering
• Selective Laser Melting
• Inkjet Printing
• Microneedle Form Factors
• Solid Microneedles
• Coated Microneedles
• Hollow Microneedles
• Carbon Nanotubes
• Ion Etching
• C-MEMS
• Electrolyte Sensing
• Dissolving Microneedles
• Hydrogels
• Stretched Needles
• Sustained Release Microneedles
• Silk Microneedles
• Syringe-mounted Microneedles
• Soluvia
• Specialty Microneedles
• Phase Transition
• Microprocessor-based Devices
• Composite Microneedles
• Light-responsive Microneedles
• Flexible Arrays
• Microneedles & Microfluidics
• Wearable Microneedles
• Microneedle Development Initiatives
• Government Initiatives
• Europe
• Japan
• North America
• Academic Programs
• Markets and Opportunities
• Genetic/DNA/Nucleotide Therapeutics
• Microneedle Drug Delivery
• Intradermal
• Microporation
• Transdermal
• nRNA
• Dermatology
• Imunotherapeutics
• HIV
• Metabolic
• Diabetes
• Neurology
• Migraine
• Alzheimer's Disease
• Reproductive Health
• Vaccines
• Prophylactic Vaccines
• Vaccine Dose Sparing
• MARKET DATA
• Market Participant Profiles