A new system. Performance you can trust. 🔬 Evaluated by Prof. Takahiro Kuchimaru’s team at Jichi Medical University, the RWD MOIS HT Preclinical In Vivo Optical Imaging System demonstrated comparable sensitivity and closely aligned results against an established reference imaging platform. Clear in vivo images across fields of view and acquisition settings displayed on every frame bring added confidence to imaging workflows. Swipe through to see the evaluation results. #InVivoImaging #Bioluminescence #PreclinicalResearch #RWDLifeScience

Countdown: 2 day left! Webinar Topic: Fluorescence Lifetime Photometry: Based on Intrinsic Fluorescence Lifetime, from Principle to 𝑰𝒏 𝒗𝒊𝒗𝒐 Application 📅 Date: October 21, 2026 🕒 Time: 11:30 EDT | 10:30 CDT | 09:30 MDT | 08:30 PDT | 17:30 CET | 23:30 BJT 👩🔬 Speaker: Berry – RWD Solution Specialist Free Register for Webinar: us02web.zoom.us/webinar/regi… Interact during the webinar, and rewards such as needles and surgical instruments are waiting for you to take home! We are looking forward to your joining. Let's enhance our skills together in this unique learning environment and embark on a new chapter of research.

Key Factors in Weak-Signal Detection for Small-Animal In Vivo Imaging Same −90°C cooling. Same weak-signal detection performance? Not necessarily. In small-animal in vivo imaging, deep cooling helps reduce dark current. But cooling temperature alone doesn’t tell the whole story. When evaluating a system, look beyond temperature: • Quantum efficiency (QE): How efficiently does the detector convert photons into signal at your target wavelengths? • Dark current: How much background accumulates under your actual operating conditions and exposure times? • Read noise: Can faint signals be reliably distinguished from noise? • Pixel binning: Does improved detectability preserve the spatial detail your study requires? The most useful comparison starts with your experiment: test under matched conditions and assess weak-signal detection, quantitative reliability, and repeatability. A brighter-looking image is only part of the picture. What matters is whether the signal can be reliably detected and measured. #InVivoImaging #Bioluminescence #PreclinicalResearch #SmallAnimalImaging #ScientificImaging

1/ RWD Lab Academy Webinar Series: Brand-New Content Now Live! Fluorescence Lifetime Photometry: Based on Intrinsic Fluorescence Lifetime, from Principle to 𝑰𝒏 𝑽𝒊𝒗𝒐 Application. 2/ Struggling with FLiP experiments? Probe expression variability, excitation power fluctuations, photobleaching, cross-brain-region/animal comparison, and absolute quantification? 3/ Join this RWD webinar to explore the Fluorescence Lifetime Photometry System—basic concepts, core advantages, typical applications, and reliable quantitative support. 4/ 📅 Oct 21, 2026 | 11:30 EDT / 10:30 CDT / 09:30 MDT / 08:30 PDT / 17:30 (CET) / 23:30 BJT 👩🔬 Speaker: Berry, RWD Solution Specialist 5/ Highlights: What is fluorescence lifetime? Core advantages over intensity-based fiber photometry? Application scenarios? Key features of the RWD FLiP system? 6/ Beyond skills: FLiP uses TCSPC for real-time monitoring in freely moving animals—high anti-interference, long-term stability, cross-sample comparison, absolute quantification. 7/ 🎁 Live interaction rewards. Register via link/QR on poster: us02web.zoom.us/webinar/regi… #RWD #Webinar #FluorescenceLifetimePhotometry #Neuroscience #BrainResearch

Tracking Nanovaccine Delivery to Lymph Nodes with In Vivo Imaging Where a nanovaccine accumulates—and how long it remains there—are key considerations in evaluating its delivery. In cancer nanovaccine research, tracking these changes over time helps researchers understand in vivo behavior and assess vaccine design. The RWD MOIS HT Preclinical In Vivo Optical Imaging System has recently been installed at Hainan Medical University, supporting research into cancer nanovaccine delivery. The research team is using the MOIS HT to track nanovaccine accumulation and retention in draining lymph nodes. Non-invasive fluorescence imaging across multiple time points allows researchers to follow signal changes in the same animal, providing a longitudinal view that conventional tissue sampling cannot readily offer. Combined with region-of-interest (ROI) analysis, these images enable researchers to compare fluorescence signal intensity over time and visualize changes in nanovaccine distribution. The system’s imaging sensitivity and stable performance help maintain a high signal-to-noise ratio even under weak-signal conditions, allowing dynamic fluorescence changes to be captured clearly. By making the delivery process visible and measurable over time, the MOIS HT provides imaging evidence to support the evaluation of nanovaccine delivery efficiency in vivo. 👉 Learn more about the RWD MOIS HT: rwdstco.com/product-item/sma… #InVivoImaging #Nanovaccines #CancerResearch #DrugDelivery #Biodistribution #PreclinicalResearch #RWDLifeScience

New Launch: RWD M1416 High-Speed Benchtop Centrifuge (Ambient Model) We're excited to announce that the RWD M1416 High-Speed Benchtop Centrifuge is now available in an ambient model for overseas markets. 🔹 Max speed 18,000 rpm (31,152 × g) | Capacity up to 4 × 400 mL 🔹 Flexible rotor options for 0.2 mL–400 mL samples 🔹 Self-locking rotors & quick-lock aerosol-tight lids 🔹 Rotor ID recognition, scheduling, touchscreen control Fast, safe, and flexible — built for the modern lab. DM us to learn more. #RWD #Centrifuge #LabEquipment #LifeScience #NewProductLaunch

✨ That’s a wrap on #KSBNS2026! Honored to have joined KSBNS 2026 as a Gold Sponsor and connect with the neuroscience community in Daejeon. 🧠 Thank you to everyone who visited RWD at Booth No.25-26, shared your insights, and connected with our team. And thank you to the KSBNS team for bringing the neuroscience community together! Until next time! 👋 @KsbnsNeuro #Neuroscience #BrainResearch #RWDLifeScience

We're excited to be at #WMIC2026 and connect with researchers and experts from across the molecular imaging community! Stop by Booth #303 to explore the RWD MOIS HT Preclinical In Vivo Optical Imaging System and exchange ideas on in vivo imaging applications. We look forward to seeing you at Booth #303！ #WMIC2026 #WMIS #MolecularImaging #InVivoImaging #OpticalImaging #PreclinicalResearch

One Rotor, Infinite Possibilities – The New Multifunctional Rotor is now available globally! We are excited to announce the global launch of the new multifunctional rotor！🌍 One rotor, adapted for virtually all your routine centrifugation needs. Why it matters: 💰 Cuts costs – one rotor replaces two ⚡ Saves time – quick adapter changes 🛡️ Ensures safety – airtight lid prevents aerosol leakage 📦 Order now. Contact your local RWD representative to learn more. #RWD #Centrifuge #LabEfficiency #MultifunctionalRotor #LifeSciences #NewProduct

From Tumor Progression to Micrometastases: Capturing Disease Dynamics with In Vivo Imaging In cancer and disease research, biological processes such as inflammation, gene expression, and tumor metastasis evolve dynamically over time. Capturing these changes longitudinally in living animals can provide valuable insights into disease progression and help researchers evaluate therapeutic interventions. Recently, the RWD MOIS HT Preclinical In Vivo Optical Imaging System was deployed at Sun Yat-sen University Cancer Center, providing in vivo imaging support for research teams investigating cancer and disease mechanisms. In tumor metastasis research, early-stage micrometastatic lesions can produce weak signals that are easily masked by background interference, placing higher demands on imaging sensitivity and signal-to-noise performance. For the detection of subtle metastatic signals in the lungs, the RWD MOIS HT combines ultra-low background noise with efficient photon collection to capture and quantify weak bioluminescent signals, supporting the visualization of early micrometastatic lesions and the investigation of tumor metastasis. 👉 Learn more about the RWD MOIS HT: rwdstco.com/product-item/sma… #InVivoImaging #CancerResearch #TumorMetastasis #Micrometastasis #PreclinicalResearch #RWDLifeScience