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inverted optical microscope zeiss axiovert 100  (Carl Zeiss)


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    Carl Zeiss inverted optical microscope zeiss axiovert 100
    Inverted Optical Microscope Zeiss Axiovert 100, supplied by Carl Zeiss, 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/optical+inverted+microscope+zeiss+axiovert+100/100+axiovert+microscope+%C3%97/pm39999487-80-22-24
    Average 90 stars, based on 1 article reviews
    inverted optical microscope zeiss axiovert 100 - by Bioz Stars, 2026-09
    90/100 stars

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    Related Articles

    Sedimentation:

    Article Title: Phytoplankton as bioindicator for waste stabilization ponds.
    Article Snippet: Waste stabilization ponds are an appropriate technology for domestic onsite wastewater treatment.. It is a low-cost technology, requires low maintenance, is highly efficient, mostly natural and remarkablably sustainable.. In facultative ponds, the existence of an algal population is very important for the stability of the symbiotic relation with aerobic bacteria.

    Article Title: Good practices for the industrial cultivation of the cyanobacterium Arthrospira platensis under a greenhouse in a temperate zone (northern Italy)
    Article Snippet: The presence of other microorganisms (cyanobacteria, microalgae, zooplankton) was checked weekly by observing culture aliquots under an optical inverted microscope (Zeiss Axiovert 100).

    Article Title: Organic electrochemical transistors as novel biosensing platforms to study the electrical response of whole blood and plasma.
    Article Snippet: In this paper, for the first time to the best of our knowledge, organic electrochemical transistors are employed to investigate the electrical response of human blood, plasma and alternative buffer solutions that inhibit red blood cell (RBC) aggregation.. Our focus is on selecting a suitable electrolytic platform and the related operating conditions, where the RBC effect on the OECT response can be observed separately from the strong ionic environment of plasma in whole blood.. The transient response of whole blood to pulse experiments is characterized by two time constants, which can be related to blood viscosity and to the capacitive coupling between the ionic and electronic components of the overall system.

    Inverted Microscopy:

    Article Title: Phytoplankton as bioindicator for waste stabilization ponds.
    Article Snippet: Waste stabilization ponds are an appropriate technology for domestic onsite wastewater treatment.. It is a low-cost technology, requires low maintenance, is highly efficient, mostly natural and remarkablably sustainable.. In facultative ponds, the existence of an algal population is very important for the stability of the symbiotic relation with aerobic bacteria.

    Article Title: Good practices for the industrial cultivation of the cyanobacterium Arthrospira platensis under a greenhouse in a temperate zone (northern Italy)
    Article Snippet: The presence of other microorganisms (cyanobacteria, microalgae, zooplankton) was checked weekly by observing culture aliquots under an optical inverted microscope (Zeiss Axiovert 100).

    Article Title: Organic electrochemical transistors as novel biosensing platforms to study the electrical response of whole blood and plasma.
    Article Snippet: In this paper, for the first time to the best of our knowledge, organic electrochemical transistors are employed to investigate the electrical response of human blood, plasma and alternative buffer solutions that inhibit red blood cell (RBC) aggregation.. Our focus is on selecting a suitable electrolytic platform and the related operating conditions, where the RBC effect on the OECT response can be observed separately from the strong ionic environment of plasma in whole blood.. The transient response of whole blood to pulse experiments is characterized by two time constants, which can be related to blood viscosity and to the capacitive coupling between the ionic and electronic components of the overall system.



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    custom-built afm attached to an inverted optical microscope zeiss axiovert s 100  (Carl Zeiss)
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    Atomic force microscopy measurements. (A) Illustration of an <t>AFM</t> cantilever with a spherical tip probing <t>cell</t> <t>rheology.</t> (B) Force-indentation (F–δ) curve obtained as the cantilever tip approached an A549 cell (thick line) at 10 µm s−1 and then retracted (thin line) at the same speed. The retraction curve shows adhesion at low indentations (forces below the retraction plateau). The forward curve was used to determine the contact point between the tip and the sample (arrow). Starting from the arrow, positive values of δ indicate indentation while negative values indicate the tip-sample distance. Once the contact point was determined, the cantilever was placed at an operating indentation (δ0) and a multi-frequency signal of 50 nm amplitude was applied to measure the complex shear elastic modulus of the cell. F0 is the operating force of oscillatory measurements.
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    Atomic force microscopy measurements. (A) Illustration of an AFM cantilever with a spherical tip probing cell rheology. (B) Force-indentation (F–δ) curve obtained as the cantilever tip approached an A549 cell (thick line) at 10 µm s−1 and then retracted (thin line) at the same speed. The retraction curve shows adhesion at low indentations (forces below the retraction plateau). The forward curve was used to determine the contact point between the tip and the sample (arrow). Starting from the arrow, positive values of δ indicate indentation while negative values indicate the tip-sample distance. Once the contact point was determined, the cantilever was placed at an operating indentation (δ0) and a multi-frequency signal of 50 nm amplitude was applied to measure the complex shear elastic modulus of the cell. F0 is the operating force of oscillatory measurements.

    Journal: Physical biology

    Article Title: The temperature dependence of cell mechanics measured by atomic force microscopy

    doi: 10.1088/1478-3975/6/2/025009

    Figure Lengend Snippet: Atomic force microscopy measurements. (A) Illustration of an AFM cantilever with a spherical tip probing cell rheology. (B) Force-indentation (F–δ) curve obtained as the cantilever tip approached an A549 cell (thick line) at 10 µm s−1 and then retracted (thin line) at the same speed. The retraction curve shows adhesion at low indentations (forces below the retraction plateau). The forward curve was used to determine the contact point between the tip and the sample (arrow). Starting from the arrow, positive values of δ indicate indentation while negative values indicate the tip-sample distance. Once the contact point was determined, the cantilever was placed at an operating indentation (δ0) and a multi-frequency signal of 50 nm amplitude was applied to measure the complex shear elastic modulus of the cell. F0 is the operating force of oscillatory measurements.

    Article Snippet: Cell rheology was probed with a custom-built AFM attached to an inverted optical microscope (Zeiss Axiovert S 100, Oberkochen, Germany) equipped with a closed-loop temperature-controlled microincubator (HCMIS ALA Science, NY) by using a previously described method [ 6 ].

    Techniques: Microscopy, Shear