客戶見證，揭示 BRS 的真正實力

Today, we are excited to share some of the amazing feedback we have received from our clients about the BQC Redox System (BRS). Our clients come from various sectors including biomedicine and agri-food, and they have been using the BRS for a wide range of purposes such as measuring antioxidant capacity, indirect oxidation, screenings, and more.

今天，我們非常激動地想和大家分享一些客戶對 BQC 氧化還原系統（BRS）的驚人反饋。我們的客戶來自生物醫學和農業食品等多個領域，他們將 BRS 廣泛應用于各種用途，比如測量抗氧化能力、間接氧化、篩選測試等等。

我們相信，分享這些真實見證不僅能充分展示 BRS 的多功能性，還能幫助新的實驗室為他們的工作找到wan 美的應用方向。因此，無論您是生物醫學領域的研究員，還是農業食品行業的專業人士，我們都希望這些真實的實戰經驗能夠為您帶來靈感，并指導您充分發揮 BRS 的全部潛力。

Continue reading as we delve deeper into the specific uses and benefits of the BRS:

繼續閱讀，深入了解BRS的具體用途和優勢：

So far, we have used the BRS exclusively in plasma samples, from mouse, rat and human. It has been very useful to us for several reasons, the first because it does not require treatment/processing of the sample, which facilitates its use and reduces the variability of the result, second because relatively small quantities are required, and I think it must be highlighted very especially how easy the equipment is to handle and how immediate the result is, given that it works essentially like reading a glucose strip.

The new equipment is more sensitive, the measurements are even more reproducible, and it has the advantage that the data is recorded and does not require manual annotation.

迄今為止，我們僅在小鼠、大鼠和人類的血漿樣本中使用了BRS。它之所以對我們非常有用，主要有以下幾個原因：首先，該方法無需對樣本進行任何處理或前處理，這不僅便于操作，還能降低結果的變異性；其次，所需樣本量相對較小；此外，我特別想強調的是，該設備操作極其簡便，結果獲取也極為迅速——其工作原理本質上就像讀取血糖試紙一樣。

新設備靈敏度更高，測量結果的可重復性更強，并且具有數據自動記錄、無需人工標注的優勢。

María Monsalve, PhD. Scientific Researcher at IIBM CSIC

瑪麗亞·蒙薩爾韋，博士西班牙國家科學研究委員會IBBM研究員

Our research group, named Antioxidants, Free Radicals and Nitric Oxide in Biotechnology, Food and Agriculture at the Zaidín Experimental Station of the Spanish National Research Council (CSIC) in Granada, has been using the new BRS portable equipment to determine the electrochemical detection of total antioxidant capacity (TAC) in different plant tissues with a particular interest in pepper fruits of different varieties. Among the advantages that must be highlighted are the reproducibility of the data obtained along with the simplicity and speed of the analysis.

我們研究小組名為“生物技術、食品與農業中的抗氧化劑、自由基與一氧化氮"，隸屬于位于格拉納達的西班牙國家科學研究委員會（CSIC）賽丁實驗站。我們一直采用新型BRS便攜式設備，測定不同植物組織中的總抗氧化能力（TAC）的電化學檢測方法，尤其關注不同品種辣椒果實的檢測。必須重點強調的優勢包括所獲數據的可重復性以及分析的簡便性和快速性。

Francisco Corpas, PhD. Zaidín Experimental Station of the Spanish National Research Council (CSIC)

弗朗西斯科·科爾帕斯，博士西班牙國家科學研究委員會（CSIC）薩伊丁實驗站

Our research group, “Sensory Analysis, Nutritional Assessment, and Development of New Foods," at the University of Santiago de Compostela, has successfully employed BRS portable equipment to assess the electrochemical detection of total antioxidant capacity (TAC) in various natural extracts (such as nettle and algae) as well as in blood and plasma samples.

The noteworthy speed of the analysis has significantly contributed to the efficiency of our investigations.

圣地亞哥德孔波斯特拉大學“感官分析、營養評估與新食品開發"研究小組已成功運用BRS便攜式設備，對多種天然提取物（如蕁麻和海藻）以及血液和血漿樣本中的總抗氧化能力（TAC）進行了電化學檢測。

分析的顯著速度極大地提高了我們調查的效率。

Manuel Vazquez Vazquez, PhD. Professor in Food Technology at the University of Santiago de Compostela

曼努埃爾·巴斯克斯·巴斯克斯，博士。圣地亞哥德孔波斯特拉大學食品技術教授

We used the old system on crab hemolymph (blood). Crabs were exposed to air and hyperoxia. The data was very clear and consistent. I will be trying it on migrating birds next week. It is an excellent tool for field work

我們曾用舊系統對螃蟹的血淋巴（血液）進行研究。螃蟹暴露于空氣和高氧環境中。實驗數據非常清晰且一致。我下周將嘗試將其應用于候鳥。這是一種 ji 佳的野外工作工具。

Jules Devaux, PhD. Research Fellow at The University of Auckland

朱爾斯·德沃，奧克蘭大學博士研究員

At the Marine Biodiversity, Exploitation and Conservation research unit (MARBEC, CNRS, France), we have been using the equipment for the measurement of total antioxidant capacity (TAC) in aquatic invertebrate hemolymph. We have focused on how different environmental oxygen concentrations affect marine invertebrates in terms of their redox balance. The device has proven to be reliable and provide reproducible data. We have specially appreciated the possibility of doing quick and reliable measurements in the field (which in our case is often remote places with limited access to laboratory infrastructure).

在法國國家科學研究中心海洋生物多樣性、開發與保護研究單元（MARBEC），我們一直使用該設備來測定水生無脊椎動物血淋巴中的總抗氧化能力（TAC）。我們重點研究了不同環境氧濃度如何影響海洋無脊椎動物的氧化還原平衡。該設備經證明可靠，能夠提供可重復的數據。我們尤其贊賞其在野外進行快速、可靠測量的可能性（在我們的案例中，這些野外往往地處偏遠，實驗室基礎設施有限）。

Georgina Rivera-Ingraham, PhD. Centre Nationale de la Recherche Scientifique (CNRS), France.

喬治娜·里維拉-英格拉姆博士，法國國家科學研究中心（CNRS）

In our research group at Rey Juan Carlos University in Madrid, we have employed the BRS portable equipment to evaluate the antioxidant capacity of microalgal extracts, potentially applicable in the cosmetic, pharmaceutical, and food industries.

This equipment offers ease of use, providing immediate and highly reproducible results with minimal sample consumption. These advantages make it a valuable asset in our research activities.

在馬德里雷胡安卡洛斯大學的研究小組中，我們采用了BRS便攜式設備來評估微藻提取物的抗氧化能力，這些提取物有望應用于化妝品、制藥和食品行業。

該設備使用簡便，可提供即時且高度可重復的結果，且樣品消耗量極少。這些優勢使其成為我們研究活動中的寶貴資產。

Gemma Vicente, PhD. Professor of Chemical Engineering at Rey Juan Carlos University

杰瑪·比森特，博士雷胡安卡洛斯大學化學工程教授

Regarding the use of the equipment, I can tell you that it is easy to use, the values that come out are repetitive and that the gallic curve that we did was perfect. We have applied it to the analysis of the antioxidant activity of citrus fruit extracts and everything has worked correctly.

關于設備的使用，我可以告訴你，它操作簡便，得出的數據重復性好，我們所做的伽馬曲線也十分perfect。我們已將其應用于柑橘類水果提取物抗氧化活性的分析，一切均運行正常。

Mayte Garcia Conesa, PhD. Scientific Researcher at CEBAS-CSIC

梅特·加西亞·科內薩，博士，CEBAS-CSIC科學研究員

如果您有興趣采用一種快速可靠的技術來評估您產品的抗氧化性能，請不要猶豫，聯系我們!

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