BACKGROUND & AIMS: CONTEXT:Chronic pain in patients with advanced cancer poses a serious clinical challenge. The Δ9-tetrahydrocannabinol (THC)/cannabidiol (CBD) oromucosal spray (U.S. Adopted Name, nabiximols; Sativex(®)) is a novel cannabinoid formulation currently undergoing investigation as an adjuvant therapy for this treatment group. OBJECTIVES:This follow-up study investigated the long-term safety and tolerability of THC/CBD spray and THC spray in relieving pain in patients with advanced cancer. METHODS:In total, 43 patients with cancer-related pain experiencing inadequate analgesia despite chronic opioid dosing, who had participated in a previous three-arm (THC/CBD spray, THC spray, or placebo), two-week parent randomized controlled trial, entered this open-label, multicenter, follow-up study. Patients self-titrated THC/CBD spray (n=39) or THC spray (n=4) to symptom relief or maximum dose and were regularly reviewed for safety, tolerability, and evidence of clinical benefit. RESULTS:The efficacy end point of change from baseline in mean Brief Pain Inventory-Short Form scores for "pain severity" and "worst pain" domains showed a decrease (i.e., improvement) at each visit in the THC/CBD spray patients. Similarly, the European Organization for Research and Treatment of Cancer Quality of Life Questionnaire-C30 scores showed a decrease (i.e., improvement) from baseline in the domains of insomnia, pain, and fatigue. No new safety concerns associated with the extended use of THC/CBD spray arose from this study. CONCLUSION:This study showed that the long-term use of THC/CBD spray was generally well tolerated, with no evidence of a loss of effect for the relief of cancer-related pain with long-term use. Furthermore, patients who kept using the study medication did not seek to increase their dose of this or other pain-relieving medication over time, suggesting that the adjuvant use of cannabinoids in cancer-related pain could provide useful benefit.

背景与目标：

BACKGROUND & AIMS: :The purpose of the present research is to establish a novel nanosizing technique starting from wet nano-milling, named "dry nanosuspension" technique for poorly water-soluble drugs. The spray freeze-drying (SFD) method was applied instead of the spray-drying one previously developed. Drug particles were milled in the aqueous solution of dispersing agents using an oscillating beads-milling apparatus. The milled nanosuspension was sprayed to the surface of liquid nitrogen, and the resultant iced droplets were freeze-dried to obtain the powdery product. The loading ratio of a dispersing agent was investigated to enhance its redispersing property. Dry nanosuspension, which could be spontaneously dispersed into original nanosuspension in water, was obtained by SFD process. It was assumed that self dispersion property would be attributed to its structure with porous network, in which the primary milled drug crystals were embedded. Such unique structure contributed greatly to immediate release behaviors of the drug in gastrointestinal buffered media. These pharmaceutical properties were enhanced by increasing the ratio of the dispersing agent to the drug and the solid content in suspension to be sprayed. The present technique via wet milling and spray freeze-drying processes would be a novel dissolution-enhanced technology for poorly water-soluble drugs.

背景与目标： : 本研究的目的是建立一种从湿法纳米研磨开始的新型纳米上浆技术，称为水溶性差的药物的 “干法纳米悬浮液” 技术。采用喷雾冷冻干燥 (SFD) 方法代替了先前开发的喷雾干燥方法。使用振荡珠磨设备在分散剂水溶液中研磨药物颗粒。将研磨的纳米悬浮液喷洒到液氮表面，并将所得的冰滴冷冻干燥以获得粉末状产品。研究了分散剂的负载比，以提高其再分散性能。通过SFD工艺获得了干燥的纳米悬浮液，该悬浮液可以自发地分散到水中的原始纳米悬浮液中。假定自分散特性归因于其具有多孔网络的结构，其中嵌入了初级研磨的药物晶体。这种独特的结构极大地促进了药物在胃肠道缓冲介质中的立即释放行为。通过增加分散剂与药物的比例以及要喷洒的悬浮液中的固体含量，可以增强这些药物性能。本技术通过湿法研磨和喷雾冷冻干燥工艺将是一种新型的水溶性药物溶出增强技术。

BACKGROUND & AIMS: :Single-crystal semiconductors have been at the forefront of scientific interest for more than 70 years, serving as the backbone of electronic devices. Inorganic single crystals are typically grown from a melt using time-consuming and energy-intensive processes. Organic semiconductor single crystals, however, can be grown using solution-based methods at room temperature in air, opening up the possibility of large-scale production of inexpensive electronics targeting applications ranging from field-effect transistors and light-emitting diodes to medical X-ray detectors. Here we demonstrate a low-cost, scalable spray-printing process to fabricate high-quality organic single crystals, based on various semiconducting small molecules on virtually any substrate by combining the advantages of antisolvent crystallization and solution shearing. The crystals' size, shape and orientation are controlled by the sheer force generated by the spray droplets' impact onto the antisolvent's surface. This method demonstrates the feasibility of a spray-on single-crystal organic electronics.

背景与目标： : 70多年来，单晶半导体一直处于科学关注的最前沿，是电子设备的骨干。无机单晶通常使用耗时且耗能的方法从熔体中生长。但是，可以在室温下在空气中使用基于溶液的方法来生长有机半导体单晶，这为大规模生产廉价的电子靶向应用提供了可能性，从场效应晶体管和发光二极管到医用x射线检测器。在这里，我们展示了一种低成本，可扩展的喷涂工艺，通过结合抗溶剂结晶和溶液剪切的优点，基于几乎任何基材上的各种半导体小分子来制造高质量的有机单晶。晶体的大小，形状和取向受喷雾液滴撞击反溶剂表面所产生的压力控制。该方法证明了喷涂单晶有机电子器件的可行性。

BACKGROUND & AIMS: OBJECTIVE:Seasonal allergic rhinitis (SAR) is a highly prevalent disease. This study was conducted to evaluate the onset and duration of action of three concentrations of olopatadine nasal spray. METHODS:This was a randomized, double-blind, single-dose, placebo-controlled study, conducted in an environmental exposure chamber in patients with SAR. A total of 320 patients were exposed to ragweed allergen in the chamber and randomized to olopatadine nasal spray 0.2%, 0.4%, 0.6%, or placebo nasal spray. Symptoms (sneezing, runny, itchy, and stuffy nose) were self-assessed during a 12-hour study period. RESULTS:All concentrations of olopatadine nasal spray provided clinically meaningful reductions in total nasal symptom scores at 30 minutes compared to the placebo. Olopatadine nasal spray 0.6% was significantly more effective (P < 0.05) than placebo nasal spray at all time-points starting at 90 minutes post-dose and continuing over 12 hours. CONCLUSIONS:Olopatadine nasal spray 0.6% demonstrated a fast onset of action and maintained an effect for at least 12 hours after dosing.

背景与目标：

BACKGROUND & AIMS: :Bleeding originating from the presacral venous plexus during pelvic operations is difficult to control, constituting a potentially life-threatening complication. Although suture ligatures, packing, and placement of tacks are established hemostatic techniques, they are often proved to be ineffective. We report a simple novel technique using spray diathermy for managing this severe complication. We have applied our method in four patients, two undergoing low anterior resection, and the others undergoing abdominoperineal resection for rectal cancer, that manifested severe presacral bleeding during rectal mobilization. Electrocautery at spray setting was applied slightly above the target bleeders at the presacral fascia, delivering a high-frequency electrical current in combination with drainage suction. In all cases, the method resulted in successful hemostasis. Applying spray electrocautery is a simple and effective method for controlling presacral bleeding. The advantages of using such a method instead of conventional hemostatic techniques include the option of varying the degree of haemostatic effect by altering the frequency and the volume of electric current.

背景与目标： 盆腔手术中由骶前静脉丛引起的出血难以控制，构成潜在的危及生命的并发症。尽管已建立了缝合结扎，包装和大头钉的止血技术，但通常被证明是无效的。我们报告了一种使用喷雾透热疗法来处理这种严重并发症的简单新技术。我们已将我们的方法应用于四名患者，其中两名接受低位前切除术，另一名接受腹部会阴直肠癌切除术，这些患者在直肠动员过程中表现出严重的骶前出血。在喷雾设置下，在骶前筋膜的目标出血器上方稍稍施加电灼，并结合引流抽吸，提供高频电流。在所有情况下，该方法均成功止血。应用喷雾电灼术是一种简单有效的控制骶前出血的方法。使用这种方法代替常规止血技术的优点包括通过改变电流的频率和体积来改变止血效果的程度。

BACKGROUND & AIMS: :Graphene aerogels with high surface areas, ultra-low densities and thermal conductivities have been prepared to exploit their wide applications from pollution adsorption to energy storage, supercapacitor, and thermal insulation. However, the low mechanical properties, poor thermal stability and electric conductivity restrict these aerogels' applications. In this paper, we prepared mechanically strong graphene aerogels with large BET surface areas, low thermal conductivities, high thermal stability and electric conductivities via hydrothermal reduction and supercritical ethanol drying. Annealing at 1500 °C resulted in slightly increased thermal conductivity and further improvement in mechanical properties, oxidation temperature and electric conductivity of the graphene aerogel. The large BET surface areas, together with strong mechanical properties, low thermal conductivities, high thermal stability and electrical conductivities made these graphene aerogels feasible candidates for use in a number of fields covering from batteries to sensors, electrodes, lightweight conductor and insulation materials.

背景与目标： : 已经准备了具有高表面积，超低密度和热导率的石墨烯气凝胶，以利用其从污染吸附到储能，超级电容器和隔热的广泛应用。但是，低的机械性能，较差的热稳定性和电导率限制了这些气凝胶的应用。在本文中，我们通过水热还原和超临界乙醇干燥制备了具有大BET表面积，低热导率，高热稳定性和电导率的机械强石墨烯气凝胶。在1500 ℃ 退火导致略微增加的热导率，并进一步改善石墨烯气凝胶的机械性能、氧化温度和电导率。较大的BET表面积，以及强的机械性能，低的热导率，高热稳定性和电导率，使得这些石墨烯气凝胶可用于从电池到传感器，电极，轻质导体和绝缘材料的许多领域。

BACKGROUND & AIMS: :The goal of this work was to select the best combination of encapsulants for the microencapsulation of oregano essential oil by spray dryer with the addition of Arabic gum (AG), modified starch (MS) and maltodextrin (MA). The simplex-centroid method was used to obtain an optimal objective function with three variables. Analytical methods for carvacrol quantification, water activity, moisture content, wettability, solubility, encapsulation efficiency (ME) and oil retention (RT) were used to evaluate the best combination of encapsulants. The use of AG as a single wall material increased ME up to 93%. Carvacrol is the major phenolic compound existent in the oregano essential oil. Carvacrol exhibits a maximum concentration of 57.8% in the microparticle with the use of 62.5% AG and 37.5% MA. A greater RT (77.39%) was obtained when 74.5% AG; MS 12.7% and 12.7% MA were applied, and ME (93%) was improved with 100% of gum.

背景与目标： : 这项工作的目的是通过喷雾干燥器选择最佳的密封剂组合，以通过添加阿拉伯胶 (AG)，改性淀粉 (MS) 和麦芽糊精 (MA) 来微胶囊化牛至精油。使用单纯形-质心法获得具有三个变量的最佳目标函数。使用香芹酚定量，水活度，水分含量，润湿性，溶解度，包封效率 (ME) 和保油率 (RT) 的分析方法来评估包封剂的最佳组合。AG作为单一墙体材料的使用增加了我的93%。香芹酚是牛至精油中存在的主要酚类化合物。使用62.5% AG和37.5% MA，香芹酚在微粒中表现出最大浓度的57.8%。当74.5% AG时获得更大的RT (77.39%); 应用MS 12.7% 和12.7% MA，并且100% gum改善ME (93%)。

BACKGROUND & AIMS: :The standard operation of a batch freeze-dryer is protocol driven. All freeze-drying phases (i.e., freezing, primary and secondary drying) are programmed sequentially at fixed time points and within each phase critical process parameters (CPPs) are typically kept constant or linearly interpolated between two setpoints. This way of operating batch freeze-dryers is shown to be time consuming and inefficient. A model-based optimisation and real-time control strategy that includes model output uncertainty could help in accelerating the primary drying phase while controlling the risk of failure of the critical quality attributes (CQAs). In each iteration of the real-time control strategy, a design space is computed to select an optimal set of CPPs. The aim of the control strategy is to avoid product structure loss, which occurs when the sublimation interface temperature ( T i ) exceeds the the collapse temperature ( T c ) common during unexpected disturbances, while preventing the choked flow conditions leading to a loss of pressure control. The proposed methodology was experimentally verified when the chamber pressure and shelf fluid system were intentionally subjected to moderate process disturbances. Moreover, the end of the primary drying phase was predicted using both uncertainty analysis and a comparative pressure measurement technique. Both the prediction of T i and end of primary drying were in agreement with the experimental data. Hence, it was confirmed that the proposed real-time control strategy is capable of mitigating the effect of moderate disturbances during batch freeze-drying.

背景与目标： : 批量冷冻干燥机的标准操作是协议驱动的。所有冷冻干燥阶段 (即冷冻、初级和次级干燥) 在固定的时间点被顺序地编程，并且在每个阶段内关键过程参数 (cpp) 通常保持恒定或在两个设定点之间线性内插。这种分批冷冻干燥机的操作方式显示出耗时且效率低下。包含模型输出不确定性的基于模型的优化和实时控制策略可以帮助加速主要干燥阶段，同时控制关键质量属性 (CQAs) 失效的风险。在实时控制策略的每次迭代中，都会计算一个设计空间以选择一组最佳的cpp。控制策略的目的是避免产品结构损失，当升华界面温度 (T i) 超过意外干扰期间常见的塌陷温度 (T c) 时发生损失，同时防止阻塞的流动条件导致压力损失控制。当有意使腔室压力和架子流体系统受到中等过程干扰时，对所提出的方法进行了实验验证。此外，使用不确定性分析和比较压力测量技术预测了主要干燥阶段的结束。T i和初级干燥结束的预测均与实验数据一致。因此，已经证实，所提出的实时控制策略能够减轻批量冷冻干燥过程中中等干扰的影响。

BACKGROUND & AIMS: :The effects of blanching with hot water at 90°C for 2 min and hot-air drying temperatures (50°C, 60°C and 70°C) on the physicochemical properties, dietary fiber compositions, antioxidant activity and hydration properties of ripe, soft persimmon peels were investigated. Blanching and drying significantly reduced the retention of antioxidant-related parameters. Although there were no significant differences in total phenolics and ß-carotene content at different drying temperatures for both dried unblanched and blanched peels, dried blanched peels had higher dietary fiber compositions and swelling capacity than those of dried unblanched peels at all drying conditions. In addition, blanched peels dried at 50°C had the highest dietary fiber compositions, swelling capacity and antioxidant activity compared with those at high drying temperatures (60°C and 70°C). Therefore, blanched peels dried at 50°C is suggested to obtain better quality dietary fiber powder from persimmon peel for use in food applications or in fiber-fortified foods for health promotion.

背景与目标： : 用90 °C的热水热烫2分钟和热风干燥温度 (50 °C，60 °C和70 °C) 对理化性质，膳食纤维组成，抗氧化活性和水合性能的影响研究了成熟的软柿子皮。热烫和干燥显着降低了抗氧化剂相关参数的保留。尽管在不同干燥温度下，干燥的未烫皮和烫皮的总酚类物质和 β-胡萝卜素含量没有显着差异，但在所有干燥条件下，干燥的烫皮的膳食纤维组成和膨胀能力均高于干燥的未烫皮。此外，与在高干燥温度 (60 °C和70 °C) 下相比，在50 °C下干燥的漂白果皮具有最高的膳食纤维组成，膨胀能力和抗氧化活性。因此，建议在50 °C下干燥的漂白果皮从柿子皮中获得质量更好的膳食纤维粉，用于食品应用或用于促进健康的纤维强化食品。

BACKGROUND & AIMS: :The analgesic effect of topical application of local anaesthetics on the gingival mucosa and the absorption of the local anaesthetics into the blood were investigated in healthy volunteers by using a 5% eutectic mixture of the local anaesthetics lignocaine (100 mg) and prilocaine (100 mg) plus emulsifier (EMLA) or 10% lignocaine (200 mg) spray (Xylocain). The pain threshold on labial gingiva was measured by using the stimulator of an EMG-apparatus and a pair of stimulating electrodes, specially constructed for this purpose. There were no differences between the two methods in producing analgesia which was at its maximum in 13 to 14 minutes, on average. Sensation of the gingiva (pain thresholds), had usually returned to normal within 30 minutes. In the dosages used, the absorption of the local anaesthetics was more rapid after the mixture application than after spray application. No toxic reactions occurred.

背景与目标： : 在健康志愿者中，通过使用局部麻醉剂利多卡因 (100 mg) 和丙胺卡因 (100 mg) 加乳化剂 (EMLA) 的5% 共晶混合物，研究了局部麻醉剂对牙龈粘膜的镇痛作用以及局部麻醉剂对血液的吸收或10% 利多卡因 (200 mg) 喷雾 (Xylocain)。通过使用EMG设备的刺激器和一对为此目的专门构造的刺激电极来测量唇牙龈的疼痛阈值。两种方法在产生镇痛作用方面没有差异，平均在13至14分钟内达到最大。牙龈的感觉 (疼痛阈值) 通常在30分钟内恢复正常。在所用剂量中，混合物施用后局部麻醉剂的吸收比喷雾施用后更快。没有发生毒性反应。

BACKGROUND & AIMS: :The use of a fluorescent dye to visualize cellular material on surfaces offers a targeted sampling approach for locating touch DNA on casework items. However, the current application of such dye is not feasible for examination of relatively large items. As a result, development of an efficient dye application system is required to translate this approach into practice. Here, the spray pattern (area covered, intensity, and evenness) of 15 different commercial spray devices was examined visually using food coloring. From this, five devices were selected to apply Diamond Nucleic Acid Dye (DD) to three substrates (glass slide, plastic sheet, and brown packing tape) seeded with saliva and touch DNA. The cellular material was visualized using the Dino-lite Microscope and Polilight. The inhibitory effects of DD afforded by each spray device were examined using Identifiler Plus® DNA profiling kit and a DNA input of 800 pg. The two most promising devices were further tested on a range of mock casework items seeded with touch DNA. The results presented demonstrate the feasibility of a spray system to apply DD to large surfaces and subsequently detect cellular material at both micro and macroscale. Specifically, the data suggest that a pressurized continuous-spray system is favorable and that droplet size influences the intensity of fluorescence and surface coverage. Furthermore, this study indicates that full STR profiles can be obtained following spraying with DD solution, even with excessive application, which is essential for the widespread use of these devices in casework.

背景与目标： : 使用荧光染料可视化表面上的细胞材料提供了一种有针对性的采样方法，用于在案例项目上定位触摸DNA。然而，目前这种染料的应用对于检查相对较大的物品是不可行的。因此，需要开发有效的染料应用系统以将这种方法转化为实践。在这里，使用食用色素目视检查了15种不同商业喷雾设备的喷雾模式 (覆盖面积，强度和均匀度)。从中，选择了五种设备将金刚石核酸染料 (DD) 施加到三种接种有唾液和触摸DNA的基材 (载玻片，塑料片和棕色包装带) 上。使用Dino-lite显微镜和Polilight可视化细胞材料。使用Identifiler Plus检查了每个喷雾装置提供的DD的抑制作用。®DNA分析试剂盒和800 pg的DNA输入。这两种最有前途的设备在一系列带有触摸DNA的模拟案例项目上进行了进一步测试。给出的结果证明了喷涂系统将DD应用于大表面并随后在微观和宏观尺度上检测细胞材料的可行性。具体而言，数据表明加压连续喷雾系统是有利的，并且液滴尺寸会影响荧光强度和表面覆盖率。此外，这项研究表明，即使过量使用DD溶液，也可以在喷洒DD溶液后获得完整的STR轮廓，这对于在案例工作中广泛使用这些设备至关重要。

BACKGROUND & AIMS: :The preparation of submicron-sized particles is relevant in chemical, food and pharmaceutical applications. In pharmaceutics, spray dried submicron-sized particles (0.1-1 µm) can increase the dissolution rate as well as the solubility of poorly water-soluble drugs. Since the particle size during spray drying is mainly influenced by the droplet size, the preparation of uniform droplets smaller than 3 µm is of particular interest. In this work, a two-fluid nozzle was combined with a cyclone droplet separator. Droplets larger than the cut-off size were separated with a cyclone droplet separator and returned to the liquid feed. The aerosol at the outlet of the droplet separator was subsequently dried. The drop size of the conditioned aerosol was small, d50,3=2 µm, and independent of the liquid-to-gas mass flow ratio and the viscosity of the liquid feed. Thus it only depended on the characteristics of the separator. Finally, the dried particles were spherical in shape and in the submicron-sized range.

背景与目标： : 亚微米级颗粒的制备与化学，食品和制药应用有关。在药剂学中，喷雾干燥的亚微米级颗粒 (0.1-1 µm µ m) 可以增加溶解速率以及水溶性差的药物的溶解度。由于喷雾干燥过程中的粒径主要受液滴尺寸的影响，因此制备小于3 µ m的均匀液滴特别令人感兴趣。在这项工作中，将双流体喷嘴与旋风液滴分离器组合在一起。用旋风液滴分离器分离大于截止尺寸的液滴，然后返回液体进料。随后干燥液滴分离器出口处的气溶胶。经过调节的气溶胶的液滴尺寸较小，d50，3 = 2  µ m，并且与液气质量比和液体进料的粘度无关。因此，它仅取决于分离器的特性。最后，干燥的颗粒呈球形，并且在亚微米级范围内。

BACKGROUND & AIMS: :Dissolvable microneedles offer an attractive delivery system for transdermal drug and vaccine delivery. They are most commonly formed by filling a microneedle mold with liquid formulation using vacuum or centrifugation to overcome the constraints of surface tension and solution viscosity. Here, we demonstrate a novel microneedle fabrication method employing an atomised spray technique that minimises the effects of the liquid surface tension and viscosity when filling molds. This spray method was successfully used to fabricate dissolvable microneedles (DMN) from a wide range of sugars (trehalose, fructose and raffinose) and polymeric materials (polyvinyl alcohol, polyvinylpyrrolidone, carboxymethylcellulose, hydroxypropylmethylcellulose and sodium alginate). Fabrication by spraying produced microneedles with amorphous content using single sugar compositions. These microneedles displayed sharp tips and had complete fidelity to the master silicon template. Using a method to quantify the consistency of DMN penetration into different skin layers, we demonstrate that the material of construction significantly influenced the extent of skin penetration. We demonstrate that this spraying method can be adapted to produce novel laminate-layered as well as horizontally-layered DMN arrays. To our knowledge, this is the first report documenting the use of an atomising spray, at ambient, mild processing conditions, to create dissolvable microneedle arrays that can possess novel, laminate layering.

背景与目标： : 可溶性微针为经皮药物和疫苗输送提供了有吸引力的输送系统。它们最常见的形成方法是使用真空或离心方法用液体制剂填充微针模具，以克服表面张力和溶液粘度的限制。在这里，我们展示了一种新颖的微针制造方法，该方法采用雾化喷涂技术，可最大程度地减少填充模具时液体表面张力和粘度的影响。这种喷雾方法已成功地用于从多种糖 (海藻糖，果糖和棉子糖) 和聚合物材料 (聚乙烯醇，聚乙烯吡咯烷酮，羧甲基纤维素，羟丙基甲基纤维素和海藻酸钠) 中制备可溶性微针 (DMN)。使用单糖成分通过喷涂生产的具有无定形含量的微针来制造。这些微针显示出锋利的尖端，并且对主硅模板具有完全的保真度。使用一种方法来量化DMN渗透到不同皮肤层中的一致性，我们证明了建筑材料显着影响皮肤渗透的程度。我们证明了这种喷涂方法可以适用于生产新型的层状和水平层状DMN阵列。据我们所知，这是第一份报告，记录了在环境温和的处理条件下使用雾化喷雾来创建可溶解的微针阵列，该阵列可以具有新颖的层压层。

BACKGROUND & AIMS: :The network of the Maillard reaction can be influenced by the presence of polyphenols. In this paper, we evaluated the ability of secoiridoids to interact with asparagine and lysine tuning the formation of dietary advanced glycation end-products (d-AGEs), dicarbonyls and acrylamide. Olive oil mill wastewater polyphenol powders (OMWP) were added to glucose and lysine or asparagine in silica model systems to mimic water activity present in cookies. Results revealed that acrylamide, Amadori compounds and N-ε-carboxyethyllysine (CEL) were reduced to 50%, after 13 min at 180 °C; for the reduction of N-ε-carboxymethyllysine (CML), secoiridoids were effective only in model systems with the addition of acacia fiber and maltodextrin as coating agents. In cookies, OMWP at three different concentrations decreased the concentration of protein bound Amadori compounds, CML, CEL and dicarbonyls. Acrylamide and 5-hydroxymethylfurfural were reduced to 60% and 76% respectively, highlighting the ability of secoiridoids-based functional ingredients in controlling d-AGEs formation.

背景与目标： : 多酚的存在会影响美拉德反应的网络。在本文中，我们评估了secoiridoids与天冬酰胺和赖氨酸相互作用的能力，以调节饮食中高级糖基化终产物 (d-AGEs)，二羰基和丙烯酰胺的形成。将橄榄油厂废水多酚粉 (OMWP) 添加到二氧化硅模型系统中的葡萄糖和赖氨酸或天冬酰胺中，以模拟饼干中存在的水活性。结果表明，在180 °C下13分钟后，丙烯酰胺，Amadori化合物和N-ε-羧基乙基赖氨酸 (CEL) 被还原为50%; 对于N-ε-羧基甲基赖氨酸 (CML) 的还原，secoiridoids仅在添加了相思纤维和麦芽糊精作为涂布剂的模型系统中有效。在饼干中，三种不同浓度的OMWP降低了与蛋白质结合的Amadori化合物，CML，CEL和二羰基的浓度。丙烯酰胺和5-羟甲基糠醛分别还原为60% 和76%，突出了基于环烯醚萜的功能成分控制d-AGEs形成的能力。

BACKGROUND & AIMS: AIMS:This study compared the potential for cross contamination of the surrounding environment resulting from two different hand-drying methods: paper towels and the use of an air blade dryer. METHODS AND RESULTS:One hundred volunteers for each method washed their hands and dried them using one of the two methods. Bacterial contamination of the surrounding environment was measured using settle plates placed on the floor in a grid pattern, air sampling and surface swabs. Both drying methods produced ballistic droplets in the immediate vicinity of the hand-drying process. The air blade dryer produced a larger number of droplets which were dispersed over a larger area. Settle plates showed increased microbial contamination in the grid squares which were affected by ballistic droplets. Using the settle plates counts, it was estimated that approx. 1.7 × 10(5) cfu more micro-organisms were left on the laboratory floor (total area approx. 17.15 m(2)) after 100 volunteers used an air blade dryer compared to when paper towels were used. CONCLUSIONS:The two drying methods led to different patterns of ballistic droplets and levels of microbial contamination under heavy use conditions. Whilst the increase in microbial levels in the environment is not significant if only nonpathogenic micro-organisms are spread, it may increase the risk of pathogen contamination of the environment when pathogens are occasionally present on people's hands. SIGNIFICANCE AND IMPACT OF THE STUDY:The study suggests that the risk of cross contamination from the washroom users to the environment and subsequent users should be considered when choosing a hand-drying method. The data could potentially give guidance following the selection of drying methods on implementing measures to minimise the risk of cross contamination.

背景与目标：