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The present invention relates to systems and methods for the measurement of analytes such as glucose. Raman and reflectance spectroscopy are used to measure a volume, of material such as a blood sample or tissue within a subject and determine a concentration of a blood analyte based thereon. The present invention further relates to a calibration method, constrained regularization (CR), and demonstrates its use for analyzing spectra including, for example, the measurement glucose concentrations using transcutaneous Raman spectroscopy.

Provided are a steel sheet for thick-walled high-strength line pipe having exceptional souring resistance, crush resistance properties, and low-temperature ductility, and a production method for the same. The steel sheet for thick-walled high-strength line pipe has sheet thickness of 25 mm to 45 mm, inclusive, the metal texture of the surface layer including worked ferrite at a level of 5% or more and Sfe1% or less as calculated using the following equation 1a, and a martensite-austenite hybrid (MA) at a level of 8% or less, with the remainder comprising polygonal ferrite and / or bainite, and the metal texture of a center section of the sheet thickness including worked ferrite at a level of 5% or less, and MA at a level of 5% or less, with the remainder comprising either acicular ferrite and / or bainite, or both. The average value of effective crystal grain diameter in the surface layer and the center section is 20 μm. Sfe1 = 0.6552 × TH - 4.7826 … Equation 1a. TH is the sheet thickness of the steel sheet.

The invention relates to an early-strength expansion delayed type hole sealing material. The early-strength expansion delayed type hole sealing material comprises, by weight, 1%-1.5% of inorganic early-strength admixtures, 0.01%-0.05% of organic early-strength admixtures, 0.3%-0.8% of water reducing agents, 0.01%-0.08% of micro-capsule expansion admixtures, 33%-35% of water and the balance cement.A process for preparing the early-strength expansion delayed type hole sealing material includes mixing the micro-capsule expansion admixtures, the early-strength admixtures, the water reducing agents and the water with the cement according to proportions and uniformly stirring the micro-capsule expansion admixtures, the early-strength admixtures, the water reducing agents, the water and the cement to obtain the early-strength expansion delayed type hole sealing material which is a finished product. A core material for the micro-capsule expansion admixtures is aluminum powder, and the micro-capsule expansion admixtures are prepared from water, water-soluble polymers and the aluminum water according to a mass ratio of 100:2-5:1-3 (wt). The early-strength expansion delayed type hole sealingmaterial has the advantages that the early-strength expansion delayed type hole sealing material is short in setting time and high in early strength, and invalid expansion and loss of expansion properties in cement hydration initial phases can be effectively reduced by delayed expansion; expansion of the early-strength expansion delayed type hole sealing material can be delayed by approximately 4h, the setting time of the early-strength expansion delayed type hole sealing material is shorter than 300 min, and the one-day compressive strength of the early-strength expansion delayed type holesealing material is 4.71 MPa; the early-strength expansion delayed type hole sealing material is low in cost and free of toxicity or pollution, and mine gas extraction hole drilling sealing and strength requirements can be completely met.

An axon regeneration promoter is disclosed that contains an inhibitor of RGM-like protein as an effective component. Inhibitors of RGM-like protein encompass inhibitors of RGM-like protein such as anti-RGM-like protein antibodies and Y27632, as well as antisense nucleic acids and double-stranded RNAs that can inhibit the transcription or translation of RGM-like protein. The axon regeneration promoter according to the present invention is effective for the regeneration of central nerve axons and thus contributes, for example, to the treatment of patients who have suffered damage to the central nervous system, for example, the spinal cord, due to, for example, a traffic accident or a cerebrovascular disorder.

The invention relates to a double coptis for injection as a veterinary herbal medicine compound preparation and a preparation technique as well as an application thereof. The compound preparation is made from the following parts of medicines by weight: 1250 portions to 3750 portions of honeysuckle, 1250 portions to 3750 portions of scutellaria and 2500 portions to 7500 portions of forsythia. Sustained release accessories contain 200 portions of hydroxypropyl methylcellulose and 100 portions of sodium carboxymethylcellulose. The containing of sustained release accessories can reduce injection times for large animals and the stress response of large animals. The veterinary herbal injection preparation has the functions of antiviral, antibacterial, anti-inflammatory and antipyretic analgesic effects, as well as improving immunity and the like, and can be applied to epidemic diarrhea, transmissible gastroenteritis, swine paratyphoid, septicemia caused by various diseases, cough, dyspnea, skin cyanosis, arthrocele, lameness, swine reproduction and respiratory disturbance syndrome and cow mastitis caused by streptococcosis, haemophilus parasuis infection, contagious pleuropneumonia, swine lung plague in veterinarian clinical practice.

A wind-driven motor of double-rotator variable speed and constant frequency type is prepared as connecting exciter with generator main body in series way through master driving shaft of unit master wind wheel, setting permanent magnet external rotator and exciter internal rotator to be relatively rotating mode, coupling sub-driving shaft driven by wind sub-wheel with master driving shaft driven by master wind wheel on the same shaft in mode of mutual rotation, setting rotation speed measurement units on both said wind wheels for transmitting rotation signals to control unit.