Proteomics & Cell Analysis

多色の免疫蛍光染色により可視化された組織構造の顕微鏡イメージと、「SPATIAL INSIGHTS LIVE SERIES」の文字を配置したウェビナー告知用ビジュアル。

Webinar Announcement: Mastering Multiplex Immunofluorescence – Easy, Practical Strategies for Reliable Spatial Biology Results

2026.01.14
Achieving reliable spatial biomarker results begins with building a strong foundation. Confident antibody validation, thoughtf… 黒澤伸行

DNAの二重らせんと、カラフルなブロック状要素が連なるタンパク質構造を組み合わせた、タンパク質の仕組みを象徴的に表現したコンセプトビジュアル。

Exploring the Mysteries of Proteins — A Journey into Function and Structure (Part 1)

2025.12.17
What Are Proteins, Really? When you hear the word “protein,” you may first think of food or nutrition. In reality, however, proteins are molecu… 黒澤伸行

腫瘍微小環境における複数の細胞集団（B細胞、CTL、Tヘルパー、M1/M2マクロファージなど）の空間分布と、距離および密度の比較解析を示す可視化図

The Path to Clinical Relevance: Moving from Spatial Transcriptomics to Protein Profiling

2025.11.20
Spatial biology is a rapidly evolving field that leverages imaging technologies to advance human health. This domain encompasses a broad range of research activities, from whole-transcriptome analysis to clinically meaningfu… 黒澤伸行

脂肪肝疾患における標的エクソソーム送達のための3Dバイオプリント肝パッチをテーマにしたウェビナー告知バナー（講師：Ashok Kumar教授、IIT Kanpur）

Webinar Announcement: 3D Bioprinted Hepatic Patch for Targeted Exosome Delivery in Fatty Liver Disease

2025.12.11
Metabolic dysfunction-associated steatotic liver disease (MASLD, formerly NAFLD) is a complex metabolic liver disorder that can progress from fat accumulation to inflammation, fibrosis, and eventually hepatocellular carcino… 黒澤伸行

PCL格子構造内に封入されたMSCを示す蛍光画像。生細胞（緑）がGelMA内部に均一に分布し、細胞が伸展している様子が確認できる。

High-Stiffness 3D Tissue Models Enabled by PCL–GelMA Hybrid Bioprinting

2025.12.08
Designing scaffolds that provide both high mechanical strength and a biologically supportive environment for cell attachme… 黒澤伸行

Banner image for the webinar “Biofabrication of Dynamic Living Systems: The Power of 4D Bioprinting,” hosted by Prof. Kaushik Chatterjee.

4D Bioprinting for Dynamic Living Systems

2025.11.18
This webinar explored the emerging field of 4D bioprinting, a technology that integrates the time dimension into traditional 3D bioprinting to create smart, shape-morphing scaffolds.These dynamic structures r… 黒澤伸行

Webinar banner for “Light-Based Biofabrication & Bioassembly for Regenerative Medicine,” presented by Prof. Tim Woodfield from the University of Otago, hosted by CELLINK, with a “Register Now” button.

Pioneering a New Era in Regenerative Medicine Through Light-Based Biofabrication

2025.06.19
Regenerative medicine and biofabrication are rapidly emerging as key pillars of next-generation healthcare. In this webinar… 黒澤伸行

3D bioprinting process using a bio-printer

3D Printed In Vitro Liver Model: The Way Forward in High-Throughput Drug Screening

2025.05.19
In this webinar, Prof. Biman Mandal presented his groundbreaking research on the development of 3D printed in vitro liver models for high-throughput drug screening. The session covered th… 黒澤伸行

Archive Highlight – Personalized Oral Soft Tissue Engineering Through the Integration of AI and 3D Bioprinting

2025.04.04
In this CELLINK-hosted webinar, Dr. Gopu Sriram from the National University of Singapore (NUS) presented his lab’s pioneering work on the integration of 3D b… 黒澤伸行

A researcher operating a BIO X bioprinter and a LUMEN X device inside a laboratory environment.

The New Era of Drug Delivery: The Challenge of Smart Biomaterials

2025.05.09
Smart biomaterials, sometimes referred to as responsive or stimuli-responsive biomaterials, are intricately… 黒澤伸行