MOBILion Systems将在 ASMS 2025上重点展示其 MOBIE®平台的客户用例，并公布下一代蛋白质组学平台的计划-动脉网

MOBILion Systems to Highlight Customer Use Cases from its MOBIE® Platform and Unveil Plans for their Next Generation Proteomics Platform at ASMS 2025

CISION 等信源发布 2025-05-27 20:59

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CHADDS FORD, Pa.

查兹福特，宾夕法尼亚州

，

May 27, 2025

2025年5月27日

/PRNewswire/ -- MOBILion Systems, Inc., a leader in separation science innovation, will attend and exhibit at the 73rd Annual American Society for Mass Spectrometry (ASMS) Conference in

/PRNewswire/ -- 分离科学创新领域的领导者MOBILion Systems, Inc.将出席并参加第73届美国质谱学会（ASMS）年会展览。

Baltimore, MD

马里兰州巴尔的摩市

from June 1–5. The company will highlight the transformative impact its MOBIE

从6月1日至5日。该公司将重点展示其MOBIE的变革性影响

High-Resolution Ion Mobility product is having across a wide range of applications and showcase early performance of its next-generation proteomics system, BILLIE™.

高分辨率离子迁移率产品在广泛的应用领域中表现出色，并展示了其下一代蛋白质组学系统 BILLIE™ 的早期性能。

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More than 50 abstracts including oral and poster presentations will demonstrate how independent researchers across pharmaceutical development, chiral molecule analysis, lipidomics and PFAS research are driving innovation with the MOBIE system. These real-world applications reflect growing market adoption and the expanding impact of MOBILion's existing MOBIE product across critical and emerging workflows.

超过50篇摘要，包括口头和海报展示，将展示跨药物开发、手性分子分析、脂质组学和PFAS研究的独立研究人员如何利用MOBIE系统推动创新。这些实际应用反映了市场对MOBILion现有MOBIE产品的采用日益增多，并在关键和新兴工作流程中的影响不断扩大。

Alongside its commercial platform, MOBILion will present the latest data and collaborator results powered by its most recent advancement: Parallel Accumulation Mobility Aligned Fragmentation (PAMAF). This novel mode of operation is the foundation for the forthcoming BILLIE platform, enabling increased speed, sensitivity, and selectivity for LC-HRMS-based proteomics..

MOBILion 将在其商业平台之外，展示由其最新技术进展——平行累积迁移对齐碎裂（PAMAF）所驱动的最新数据和合作成果。这一新颖的操作模式是即将推出的 BILLIE 平台的基础，能够提高基于 LC-HRMS 的蛋白质组学的速度、灵敏度和选择性。

MOBILion unveils BILLIE™ proteomics platform and highlights 50+ real-world MOBIE® use cases at ASMS 2025

MOBILion 在 ASMS 2025 上推出了 BILLIE™ 蛋白质组学平台，并重点展示了 50 多个真实的 MOBIE® 应用案例。

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'ASMS is the ideal venue to highlight the exciting breakthroughs our users are achieving with the MOBIE system, and to share where we are heading with BILLIE,' said

“ASMS是展示我们的用户在使用MOBIE系统时取得的激动人心的突破的理想场所，同时也可以分享BILLIE未来的发展方向，”

Melissa Sherman

梅丽莎·谢尔曼

, Ph.D., CEO of MOBILion Systems. 'Our team has been on a journey to improve separation science, holistically. There is nothing more rewarding than seeing our users show to industry peers the characterization boundaries being broken with the MOBIE product. This year is particularly exciting for the MOBILion team because we are also providing a first look of our next product in development.

博士，MOBILion Systems首席执行官。“我们的团队一直在全面提升分离科学的旅程中。没有什么比看到我们的用户向行业同行展示MOBIE产品突破表征界限更令人欣慰的了。对于MOBILion团队来说，今年尤其令人兴奋，因为我们还将首次展示我们正在开发的下一代产品。”

The performance improvements BILLIE will offer through PAMAF represent a true step-change in mass spectrometry workflows allowing researchers to push the boundaries of what's possible in proteomics and beyond.'.

BILLIE通过PAMAF带来的性能提升代表了质谱工作流程的真正变革，使研究人员能够突破蛋白质组学及其他领域的可能性界限。

PAMAF is designed to address the long-standing limitations of traditional tandem quadrupole mass spectrometry by replacing the slow and lossy quadrupole isolation step with high-resolution ion mobility separation. This allows BILLIE to deliver MS/MS fragmentation at over 500 Hz and utilize nearly 100% of available ions, resulting in faster data acquisition, greater signal sensitivity, and improved quantitative accuracy in even the most challenging biological samples..

PAMAF旨在通过用高分辨率离子迁移分离取代缓慢且有损失的四极杆隔离步骤，解决传统串联四极杆质谱长期以来的局限性。这使得BILLIE能够以超过500 Hz的速度进行MS/MS碎裂，并利用几乎100%的可用离子，从而实现更快的数据采集、更高的信号灵敏度以及即使在最具挑战性的生物样本中也能提升定量准确性。

Daniel DeBord

丹尼尔·德博德

, Ph.D., Chief Technology Officer at MOBILion, added, 'For over two decades, scientists have worked to overcome the speed and sensitivity limitations of traditional MS workflows. PAMAF enables fragmentation data with dramatically higher signal-to-noise at speeds up to five times faster than conventional systems.

博士，MOBILion的首席技术官补充说：“二十多年来，科学家们一直致力于克服传统质谱工作流程的速度和灵敏度限制。PAMAF能够以比传统系统快五倍的速度获得信号噪声比显著更高的碎片数据。”

We're excited to showcase this next frontier in proteomics at ASMS.'.

我们很高兴在ASMS上展示蛋白质组学的下一个前沿领域。

What to Expect from MOBILion at ASMS 2025

ASMS 2025上对MOBILion的期待

Breakfast Seminars (June 2–4, 7:00–8:15 a.m., Room 321,

早餐研讨会（6月2日至4日，早上7:00至8:15，321室，

Baltimore

巴尔的摩

Convention Center)

会议中心）

Monday, June 2

6月2日，星期一

：

Dr.

博士

Sarah Choyke

乔伊克·莎拉

(Eurofins Specialty Services)

（欧陆科技专业服务）

How MOBIE enhances forensic PFAS analysis by improving separation, reducing ambiguity, and accelerating workflows for faster, more confident results.

MOBIE如何通过改善分离、减少歧义和加速工作流程来增强法医PFAS分析，从而获得更快、更可靠的结果。

Dr.

博士

Andrew Feilden

安德鲁·费尔登

(Bicycle Therapeutics)

（ Bicycle Therapeutics ）

Exploring analytical challenges of Bicycle peptides, focusing on structural characterization and impurity identification in clinical development.

探索自行车肽的分析挑战，重点关注临床开发中的结构表征和杂质鉴定。

Tuesday, June 3

6月3日，星期二

：

Prof.

教授

Birgit Schilling

伯吉特·施林

Dr.

博士

Joanna Bons

乔安娜·邦斯

(Buck Institute for Research on Aging)

（巴克老龄化研究中心）

Using PAMAF to reveal significant succinylation and proteome changes in acute kidney injury, identifying potential targets for intervention and protection.

利用PAMAF揭示急性肾损伤中显著的琥珀酰化和蛋白质组变化，确定潜在的干预和保护靶点。

Dr.

博士

Ben Orsburn

本·奥尔斯伯恩

(

University of Pittsburgh

匹兹堡大学

School of Medicine)

医学院）

How PAMAF enables near 100% ion utilization to improve sensitivity and efficiency in single-cell proteomics.

PAMAF如何实现接近100%的离子利用率，以提高单细胞蛋白质组学的灵敏度和效率。

Wednesday, June 4

6月4日，星期三

：

Dr.

博士

John R. Yates

约翰·R·耶茨

(The

（

Scripps Research Institute

斯克里普斯研究所

)

How PAMAF accelerates and enhances the DeGlyPHER workflow for precise N-glycosylation analysis, improving speed, sensitivity, and insights in SARS-CoV-2 and other vaccine development.

PAMAF如何加速和增强DeGlyPHER工作流程以实现精确的N-糖基化分析，提升在SARS-CoV-2及其他疫苗开发中的速度、灵敏度和见解。

Dr.

博士

Daniel DeBord

丹尼尔·德博德

(MOBILion Systems)

（MOBILion系统）

A look at how PAMAF boosts speed, sensitivity, and depth in proteomic analysis through enhanced LC-MS performance.

通过提升LC-MS性能，PAMAF如何在蛋白质组学分析中提高速度、灵敏度和深度。

Space is limited —

空间有限——

注册这里

to reserve your spot.

保留您的位置。

Full ASMS Schedule – Posters & Presentations

完整的ASMS日程安排——海报与演讲

Explore all scientific sessions, posters, and talks featuring MOBILion's technologies and collaborations.

探索所有展示MOBILion技术与合作的科学会议、海报和演讲。

Exhibition Booth #434

展位号 #434

Meet the team and learn how MOBILion is transforming LC-MS workflows through HRIM-powered platforms.

认识团队并了解MOBILion如何通过高分辨率离子迁移率（HRIM）技术平台革新LC-MS工作流程。

Hospitality Suite Afterparty

招待套房聚会

Join us on the evening of

加入我们，在傍晚时分

Monday, June 2

6月2日，星期一

, from

，来自

8:00–11:00 PM

晚上8:00–11:00

in the Poe Room at the Hilton Baltimore for an exclusive ASMS afterparty. Enjoy mocktails, temporary tattoos, and a silent disco —connect with peers and celebrate innovation in a fun, relaxed setting.

在巴尔的摩希尔顿酒店的坡客房举办独家ASMS派对。享受无酒精鸡尾酒、临时纹身和无声迪斯科——在轻松有趣的环境中与同行交流并庆祝创新。

Become a #BILLIEver

成为#BILLIEver

Get insider access to the BILLIE platform. As a VIP, you'll be the first to receive product updates, early data, application highlights, and exclusive insights into how BILLIE will transform proteomics.

获取BILLIE平台的内部访问权限。作为VIP，您将率先收到产品更新、早期数据、应用亮点以及关于BILLIE如何变革蛋白质组学的独家洞察。

Join the VIP club today —

立即加入VIP俱乐部 ——

注册这里

。

About MOBILion Systems Inc.

关于MOBILion系统公司

MOBILion Systems is

MOBILion Systems是

Revealing What Others Leave Unseen®

揭示他人忽视的细节®

, transforming next-generation separation science with its proprietary SLIM (Structures for Lossless Ion Manipulation) technology. When integrated with mass spectrometry, SLIM enables high-resolution, rapid, and reproducible analyses—empowering researchers to more deeply, accurately, and efficiently characterize complex samples.

，以其专有的SLIM（无损离子操控结构）技术革新下一代分离科学。当与质谱分析相结合时，SLIM能够实现高分辨率、快速且可重复的分析——使研究人员能够更深入、准确和高效地表征复杂样品。

This innovation is accelerating breakthroughs in proteomics, drug development and characterization, biomarker discovery, diagnostics, food safety, and environmental testing. Headquartered in .

这一创新正在加速蛋白质组学、药物开发和表征、生物标志物发现、诊断、食品安全和环境测试方面的突破。总部位于。

Chadds Ford, Pennsylvania

宾夕法尼亚州查兹福特

, MOBILion is advancing molecular characterization in the heart of

，MOBILion正在推动心脏中的分子表征技术的发展

Philadelphia's

费城的

biopharmaceutical and medical innovation corridor. Learn more at

生物制药和医疗创新走廊。欲了解更多信息，请访问

mobilionsystems.com

or connect with us on

或通过以下方式联系我们