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Advanced Instruments Inc single-sample micro osmometer model 3320
Single Sample Micro Osmometer Model 3320, supplied by Advanced Instruments Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/single-sample+osmometer/freezing+point+osmometer/pm40513380-57-20-25
Average 90 stars, based on 1 article reviews
single-sample micro osmometer model 3320 - by Bioz Stars, 2026-11
90/100 stars

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Related Articles

other:

Article Title: Optimized Artificial Colonic Mucus Enabling Physiologically Relevant Diffusion Studies of Drugs, Particles, and Delivery Systems.
Article Snippet: Osmolality of PACMs was measured using a Fiske 210 Micro-Osmometer (Advanced Instruments, Norwood, MA, USA).

Article Title: Preliminary exploration of efficacy assessment and optimal concentration of teprenone oral rehydration solution for the early management of post-burn shock.
Article Snippet: Objective: To evaluate therapeutic efficacy of teprenone-enriched oral rehydration solution (TORS) relative to World Health Organization’s recommended Oral Rehydration Solution (WHO-ORS) and identify the optimal concentration of TORS for early burn shock intervention.. Methods: A total of 350 male Wistar rats (200–220 g) were randomly divided into seven groups (n = 50/group): Sham (no burn and no treatment) group, Burn (no treatment) group, WHO-ORS group, and four concentrations of TORS (TRS1–TRS4).. All groups, except Sham group, were subjected to 50 % total body surface area (TBSA) thirddegree scald burns.

Article Title: Physiological performance and cardiac morphology of Atlantic salmon reared under slow and fast growth conditions
Article Snippet: Early rearing environment affects performance later in life.. In Atlantic salmon (Salmo salar) aquaculture intensive smolt production has been linked to deviating cardiac morphology and increased mortality risks following stressful events during the marine production phase.. To investigate the effects of early growth environment on later life-stages, two smolt groups were produced; a fast-growing group reared at 13 C under continuous light and a slow-growing group reared at 6 C under a natural photoperiod.

Article Title: Nedd4-2 ablation in kidney improves glycaemic control in diabetic mice.
Article Snippet: Urine osmolality was measured using an Advanced 3320 osmometer (Advanced Instruments).

Article Title: Impaired intestinal calcium absorption and osteopathy in ICR/Mlac-hydro mice with hypoparathyroidism and severe hydronephrosis.
Article Snippet: The osmolality was measured by a freezing point-based osmometer (model 3320; Advanced Instruments, Norwood, MA, USA) and found to be 290–293 mmol/kg water.

Article Title: Individualized Target Fortification of Breast Milk with Protein, Carbohydrates, and Fat for Preterm Infants: Effect on Neurodevelopment.
Article Snippet: Osmolality was measured in both native and fortified human milk using an osmometer (3320 MicroOsmometer; Advanced Instruments, Norwood, MA, USA).

Article Title: Optimization of Vitrification Protocols for Feline Epididymal Spermatozoa: Impact on Post-Warming Sperm Quality and Fertilizing Potential.
Article Snippet: The osmolality of vitrification solutions containing 0.5 M sucrose and 0.5 M trehalose was approximately 532 and 538 mOsm/kg, respectively, measured using a freezing-point osmometer (The Fiske® 210, Advanced instruments, Norwood, MA, USA).

Clinical Proteomics:

Article Title: Acute sodium bicarbonate supplementation reduces the increase in markers of acute kidney injury during physical work in the heat.
Article Snippet: Introduction In response to metabolic acidosis, compensatory mechanisms are deployed by the kidney to maintain acid–base homeostasis.. During physical work in the heat, kidney perfusion is reduced, and the metabolic cost of acid–base balance can make the kidneys more prone to acute kidney injury (AKI).. Sodium bicarbonate ingestion (NaHCO3) may reduce metabolic acidosis and the risk of developing AKI.



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At baseline, R607H KI/KI and L919X KI/KI mice exhibit alkaline urine and decreased urinary ammonium secretion. (A-F) Urinary pH (A), ammonium/creatine ratio (B), <t>osmolality</t> (C), sodium/creatinine ratio (D), chloride/creatinine ratio (E) and potassium/creatinine ratio (F) comparison between WT and L919X KI/KI mice. (G-L) Urinary pH (G), ammonium/creatine ratio (H), osmolality (I), sodium/creatinine ratio (J), chloride/creatinine ratio (K) and potassium/creatinine ratio (L) comparison between WT and R607H KI/KI mice. Error bars correspond to means±s.e.m. ** P <0.01, **** P <0.0001 using unpaired two-tailed Student's t -test or Mann–Whitney test. Note that the large sample size is due to the analysis of baseline urine samples from all experiments, resulting in 34-37 samples for WT and 35-39 samples for KI mice.
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At baseline, R607H KI/KI and L919X KI/KI mice exhibit alkaline urine and decreased urinary ammonium secretion. (A-F) Urinary pH (A), ammonium/creatine ratio (B), <t>osmolality</t> (C), sodium/creatinine ratio (D), chloride/creatinine ratio (E) and potassium/creatinine ratio (F) comparison between WT and L919X KI/KI mice. (G-L) Urinary pH (G), ammonium/creatine ratio (H), osmolality (I), sodium/creatinine ratio (J), chloride/creatinine ratio (K) and potassium/creatinine ratio (L) comparison between WT and R607H KI/KI mice. Error bars correspond to means±s.e.m. ** P <0.01, **** P <0.0001 using unpaired two-tailed Student's t -test or Mann–Whitney test. Note that the large sample size is due to the analysis of baseline urine samples from all experiments, resulting in 34-37 samples for WT and 35-39 samples for KI mice.
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At baseline, R607H KI/KI and L919X KI/KI mice exhibit alkaline urine and decreased urinary ammonium secretion. (A-F) Urinary pH (A), ammonium/creatine ratio (B), <t>osmolality</t> (C), sodium/creatinine ratio (D), chloride/creatinine ratio (E) and potassium/creatinine ratio (F) comparison between WT and L919X KI/KI mice. (G-L) Urinary pH (G), ammonium/creatine ratio (H), osmolality (I), sodium/creatinine ratio (J), chloride/creatinine ratio (K) and potassium/creatinine ratio (L) comparison between WT and R607H KI/KI mice. Error bars correspond to means±s.e.m. ** P <0.01, **** P <0.0001 using unpaired two-tailed Student's t -test or Mann–Whitney test. Note that the large sample size is due to the analysis of baseline urine samples from all experiments, resulting in 34-37 samples for WT and 35-39 samples for KI mice.
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At baseline, R607H KI/KI and L919X KI/KI mice exhibit alkaline urine and decreased urinary ammonium secretion. (A-F) Urinary pH (A), ammonium/creatine ratio (B), <t>osmolality</t> (C), sodium/creatinine ratio (D), chloride/creatinine ratio (E) and potassium/creatinine ratio (F) comparison between WT and L919X KI/KI mice. (G-L) Urinary pH (G), ammonium/creatine ratio (H), osmolality (I), sodium/creatinine ratio (J), chloride/creatinine ratio (K) and potassium/creatinine ratio (L) comparison between WT and R607H KI/KI mice. Error bars correspond to means±s.e.m. ** P <0.01, **** P <0.0001 using unpaired two-tailed Student's t -test or Mann–Whitney test. Note that the large sample size is due to the analysis of baseline urine samples from all experiments, resulting in 34-37 samples for WT and 35-39 samples for KI mice.
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At baseline, R607H KI/KI and L919X KI/KI mice exhibit alkaline urine and decreased urinary ammonium secretion. (A-F) Urinary pH (A), ammonium/creatine ratio (B), <t>osmolality</t> (C), sodium/creatinine ratio (D), chloride/creatinine ratio (E) and potassium/creatinine ratio (F) comparison between WT and L919X KI/KI mice. (G-L) Urinary pH (G), ammonium/creatine ratio (H), osmolality (I), sodium/creatinine ratio (J), chloride/creatinine ratio (K) and potassium/creatinine ratio (L) comparison between WT and R607H KI/KI mice. Error bars correspond to means±s.e.m. ** P <0.01, **** P <0.0001 using unpaired two-tailed Student's t -test or Mann–Whitney test. Note that the large sample size is due to the analysis of baseline urine samples from all experiments, resulting in 34-37 samples for WT and 35-39 samples for KI mice.
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At baseline, R607H KI/KI and L919X KI/KI mice exhibit alkaline urine and decreased urinary ammonium secretion. (A-F) Urinary pH (A), ammonium/creatine ratio (B), <t>osmolality</t> (C), sodium/creatinine ratio (D), chloride/creatinine ratio (E) and potassium/creatinine ratio (F) comparison between WT and L919X KI/KI mice. (G-L) Urinary pH (G), ammonium/creatine ratio (H), osmolality (I), sodium/creatinine ratio (J), chloride/creatinine ratio (K) and potassium/creatinine ratio (L) comparison between WT and R607H KI/KI mice. Error bars correspond to means±s.e.m. ** P <0.01, **** P <0.0001 using unpaired two-tailed Student's t -test or Mann–Whitney test. Note that the large sample size is due to the analysis of baseline urine samples from all experiments, resulting in 34-37 samples for WT and 35-39 samples for KI mice.
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At baseline, R607H KI/KI and L919X KI/KI mice exhibit alkaline urine and decreased urinary ammonium secretion. (A-F) Urinary pH (A), ammonium/creatine ratio (B), osmolality (C), sodium/creatinine ratio (D), chloride/creatinine ratio (E) and potassium/creatinine ratio (F) comparison between WT and L919X KI/KI mice. (G-L) Urinary pH (G), ammonium/creatine ratio (H), osmolality (I), sodium/creatinine ratio (J), chloride/creatinine ratio (K) and potassium/creatinine ratio (L) comparison between WT and R607H KI/KI mice. Error bars correspond to means±s.e.m. ** P <0.01, **** P <0.0001 using unpaired two-tailed Student's t -test or Mann–Whitney test. Note that the large sample size is due to the analysis of baseline urine samples from all experiments, resulting in 34-37 samples for WT and 35-39 samples for KI mice.

Journal: Disease Models & Mechanisms

Article Title: Urinary sodium wasting and disrupted collecting duct function in mice with distal renal tubular acidosis mutations

doi: 10.1242/dmm.052138

Figure Lengend Snippet: At baseline, R607H KI/KI and L919X KI/KI mice exhibit alkaline urine and decreased urinary ammonium secretion. (A-F) Urinary pH (A), ammonium/creatine ratio (B), osmolality (C), sodium/creatinine ratio (D), chloride/creatinine ratio (E) and potassium/creatinine ratio (F) comparison between WT and L919X KI/KI mice. (G-L) Urinary pH (G), ammonium/creatine ratio (H), osmolality (I), sodium/creatinine ratio (J), chloride/creatinine ratio (K) and potassium/creatinine ratio (L) comparison between WT and R607H KI/KI mice. Error bars correspond to means±s.e.m. ** P <0.01, **** P <0.0001 using unpaired two-tailed Student's t -test or Mann–Whitney test. Note that the large sample size is due to the analysis of baseline urine samples from all experiments, resulting in 34-37 samples for WT and 35-39 samples for KI mice.

Article Snippet: Urine osmolality was measured with the Advanced Instruments Osmo1 Single-Sample Micro-Osmometer (Thermo Fisher Scientific), diluting samples at 1:10 or 1:100 with filtered ddH 2 O. Urine electrolytes were measured by ion chromatography (Dionex Aquion Ion Chromatography System, Thermo Fisher Scientific) with an autosampler.

Techniques: Comparison, Two Tailed Test, MANN-WHITNEY

After a salt-depleted acid diet, R607H KI/KI mice and L919X KI/KI mice are hypernatremic and hyperchloremic. (A,B) Plasma sodium (A) and chloride (B) concentrations from L919X KI/KI mice or WT littermates. (C) Renin gene expression in L919X KI/KI mice or WT littermates. (D,E) Urine osmolality (D) and water consumed (E) by L919X KI/KI mice or WT littermates over the 14-day time course of the diet. BW, body weight. (F,G) Plasma sodium (F) and chloride (G) concentrations from R607H KI/KI mice or WT littermates. (H) Renin gene expression in R607H KI/KI mice or WT littermates. (I,J) Urine osmolality (I) and water consumed (J) by R607H KI/KI mice or WT littermates over the 14-day time course of the diet. Error bars correspond to means±s.e.m. * P <0.05, ** P <0.01, *** P <0.001, **** P <0.0001 using unpaired two-tailed Student's t -test or two-way ANOVA with Tukey's multiple comparison test.

Journal: Disease Models & Mechanisms

Article Title: Urinary sodium wasting and disrupted collecting duct function in mice with distal renal tubular acidosis mutations

doi: 10.1242/dmm.052138

Figure Lengend Snippet: After a salt-depleted acid diet, R607H KI/KI mice and L919X KI/KI mice are hypernatremic and hyperchloremic. (A,B) Plasma sodium (A) and chloride (B) concentrations from L919X KI/KI mice or WT littermates. (C) Renin gene expression in L919X KI/KI mice or WT littermates. (D,E) Urine osmolality (D) and water consumed (E) by L919X KI/KI mice or WT littermates over the 14-day time course of the diet. BW, body weight. (F,G) Plasma sodium (F) and chloride (G) concentrations from R607H KI/KI mice or WT littermates. (H) Renin gene expression in R607H KI/KI mice or WT littermates. (I,J) Urine osmolality (I) and water consumed (J) by R607H KI/KI mice or WT littermates over the 14-day time course of the diet. Error bars correspond to means±s.e.m. * P <0.05, ** P <0.01, *** P <0.001, **** P <0.0001 using unpaired two-tailed Student's t -test or two-way ANOVA with Tukey's multiple comparison test.

Article Snippet: Urine osmolality was measured with the Advanced Instruments Osmo1 Single-Sample Micro-Osmometer (Thermo Fisher Scientific), diluting samples at 1:10 or 1:100 with filtered ddH 2 O. Urine electrolytes were measured by ion chromatography (Dionex Aquion Ion Chromatography System, Thermo Fisher Scientific) with an autosampler.

Techniques: Clinical Proteomics, Gene Expression, Two Tailed Test, Comparison