microLIQUID invites you to Compamed 2017

Posted By J. Garcia / News / biotechnology, microfluidic, microfluidic chip / No hay comentarios

 

 

microLIQUID will be at Compamed 2017 this November 13-16 in Düseldorf, Germany.

 

We will be pleased to invite you to join Hall 8a/F34.1, where we will be demonstrating our latest offerings and technologies (services in mass manufacturing of microfluidic components and automated instruments for the IVD and pharma sector, for example.) and we will have our top product experts on hand to answer your questions.

 

Looking forward to seeing you.

 

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microLIQUID invites you to 2017 AACC Clinical Lab Expo (San Diego)

Posted By Borja Barredo / News / biotechnology, microfluidic chip, microfluidics / No hay comentarios

 

 

Dear partner;

 

microLIQUID will be at the 2017 AACC Clinical Lab Expo this August 1-3 in San Diego, CA.

 

AACC is a global scientific and medical professional organization dedicated to clinical laboratory science and its application to healthcare. Their leadership in education, advocacy and collaboration helps lab professionals adapt to change and do what they do best: provide vital insight and guidance so patients get the care they need.

 

On behalf of our company, if you are attending to AACC, we want to take advantage  to have a meeting with you in order to talk about our common interests.

 

We will be pleased to invite you to join our booth #630,  where we will be showcasing our latest offerings and technologies, and we will have our top product experts on hand to answer your questions.

 

Looking forward to seeing you.

 

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Microfluidics for Chemotaxis : ADVANTAGES

Posted By Borja Barredo / Technology Blog / chemotaxis, microfluidic chip, microfluidics / No hay comentarios

Advantages of using microfluidics for chemotaxis

Advantages of using microfluidics for chemotaxis

Microfluidics: Chemotaxis and ADVANTAGES

it is known microfluidics nowadays is revolutionizing the way the motile behaviour of cells are studied.

It has enabled observations at high spatial and temporal resolution is carefully controlled microenvironments.

Taking into account both of the parts, chemotaxis and microfluidics, there are some advantages when using them two together:
– Presents experimental challenges that are not observed on chemotaxis studies of surface-adherent cells.
– Generate steady, arbitrarily shaped chemical gradients.
– Unique control over the chemoattractant gradient and the migration environment of cells.
– Provide spatial and temporal control over a reproducible chemical environment.
– Enables building well defined and stable chemical gradients at cellular length scales.
– Provide a platform for quantifying cellular responses at cellular and molecular levels.

 

 

 

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Microfluidics Application: What is Chemotaxis?

Posted By Borja Barredo / Technology Blog / chemotaxis, microfluidic chip, microfluidics / No hay comentarios

Chemotaxis with Microfluidics

Chemotaxis with Microfluidics: When an organism moves in response to a chemical stimulus it is said that Chemotaxis has happened

Microfluidics Application: Chemotaxis 

When an organism moves in response to a chemical stimulus it is said that Chemotaxis has happened.

Due to some chemicals that are in the environment the organisms, such as Somatic cells, bacteria, single-cell or multicellular organisms, direct their movements.

When the chemotaxis movements occur toward a higher concentration of the chemical, it is said that is a positive movement.

On the contrary, when the movement is done in the opposite direction, toward the lowest concentration, it is said that is a negative movement.

In addition, if it is nondirectional or randomly directed, the chemotaxis will be called Chemokinesis.

Chemotaxis is done with two independent chemoattractants.

Even if they are independent, we can say that they are interrelated processes-motility and directionality and both of them are regulated by extracellular stimuli.

 

 

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Microfluidics Application: Electrophoresis and Advantages

Posted By Borja Barredo / Technology Blog / electrophoresis, microfluidic chip, microfluidics / No hay comentarios

 

Advantages of using electrophoresis with Microfluidics

Advantages of using electrophoresis with Microfluidics

Electrophoresis using Microfluidics – Main Advantages

Advantages of using electrophoresis with Microfluidics:
1. Improved Diagnosis, simplified diagnostic procedures, faster treatment and results.
2. Simplicity; Fast and easy technique.
3. Low cost material.
4. Reliability.

 

 

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Microfluidics Application: What is Electrophoresis?

Posted By Borja Barredo / Technology Blog / electrophoresis, microfluidic chip, microfluidics / No hay comentarios

Electrophoresis with microfluidics

Electrophoresis with microfluidics:  an analytical method

Electrophoresis and Microfluidics

Electrophoresis is an analytical method which is applied for the separation and characterization of proteins, nucleic acids and subcellular-sized particles such as viruses and small organelles.

 

Its principle is that the charged particles of a sample migrate in an applied electrical field.
Electrophoresis of positively charged particles (cations) is called cataphoresis, and on the other hand, electrophoresis of negatively charged particles (anions) is called anaphoresis.

Electrophoresis is a technique used in laboratories to separate macromolecules based on size.

 

 

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Microfluidics Application: Organ on a Chip and the ADVANTAGES

Posted By Borja Barredo / Technology Blog / microfluidic chip, microfluidics, organ on a chip / No hay comentarios

 

Organ on a chip in micrfluidic, great advantages and results

Organ on a chip in microfluidic, great advantages and results

Microfluidic Application: Organ-on-a-Chip

Advantages of Organ-on-a-chip with microfluidics:

1.  3-D tissue structures look like actual organ physiology.
2.  They provide better simulation, which means it is more accurate.
3. For scientist, they can watch the chips in real time and in high resolution.
4. Early effectiveness and safety identification.

 

 

 

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Microfluidics in Medica 2016: Microliquid in the Health care industry

Posted By Borja Barredo / News / microfluidic chip, microfluidic companies, microfluidics / No hay comentarios

 

 

microLIQUID in MEDICA 2016

microLIQUID in MEDICA 2016 : exploring opportunities in Health Care industry

Microfluidic Event in Germany

During three days in November, from 14 to 17 November, we have been part of the most important trade fair for In-Patient and out-patient Medicine in the city of Düsseldorf (Germany), MEDICA 2016.

Medica is the most attractive fair for the people who are working in the Health Care industry. There have been more than 130,000 visitors from over 120 countries, having the chance to take part in numerous special events, such as international conferences and forums.

Moreover Medica is the focus of the worldwide medical trade, and it has the largest and most comprehensive product display.

Microfluidics is a technology which has a big presence in the fair, as many of the solutions offered to the market in Diagnostics – IVD Market are based on it.

The trade fair we have been attending has more than 5.000 exhibitors from all around the world, with more than 19 halls on the exhibit area.

Furthermore, it is important to know that more than 500 of the exhibitors where from the United States of America and Canada.

Two members of our company have been attending the Medica world trade fair, having different meetings.  As visitors, you are able to contact many companies in the Medical Device and Diagnostics in order to expand our business portfolio.

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Microfluidics Application: What is Organ on a Chip?

Posted By Borja Barredo / Technology Blog / microfluidic chip, microfluidics, organ on a chip / No hay comentarios

Organ on a Chip

ORGAN ON A CHIP for the study of human phisiology

Microfluidics Application: Organ-on-a-Chip

Organ on a Chip is a type of artificial organ which simulates the activities, mechanics and physiological response of the entire organs and organ systems.

Moreover, it is a flexible polymer multi-channel 3-D microfluidic cell culture chip, and the union of lab -on-chips and cell biology has enabled the study of human physiology in an organic-specific context.

These types of chips are used to potentially accelerate drug discovery, reduce drug-development costs, to create a future of personalized medicine to treat a wide variety of diseases, such as cancer, pulmonary thrombosis and asthma.

Furthermore, these type of microchips are much more realistic models of the human body comparing with the flat layers of cells grown in petri dishes.

 

 

 

 

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Microfluidics Application: What is Cell Sorting?

Posted By Borja Barredo / Technology Blog / cell sorting, microfluidic chip, microfluidics / No hay comentarios

Cell Sorting and Microfluidics

Cell sorting consists on separating cell according to their properties

Microfluidics Application: Cell Sorting

Cell sorting consists on separating cell according to their properties.

These properties are of different types, such as intracellular (inside the cell) or extracellular (outside the cell).

The properties worked in this type of separations include DNA, RNA, protein molecule, morphology, size or shape.

Furthermore, there are some different types of cell sorting.

There are two main types when cell sorting. As said before, these techniques, that are called flow cytometry and magnetic bead separation, are used to separate cells into different population.

The biggest difference between these two methods is that flow cytometry sorts cells one by one, while magnetic bead separation works on all cells at once. Although both methods are efficient, it is better to know their relative strenths and weaknesses to choose among them.

The importance of cell sorting:

As known, cells are basic structural and functional unit of all living organism, that is why the ability to isolate and sort different cell types within organs and tissues has led to many established principles in medicine and physiology.
On one hand, and taking into account the research field, the ability to separate cells into distinct populations enables the study of individual cell types isolated form the heterogeneous population without contamination from other cell types. This technology enables research in areas as varied as regenerative medicine, cancer therapy and HIV pathogenesis.
Moreover, in terms of clinical usage, it is possible to introduce the enriched cell populations to a patient who has a clinical need for those cells, and it also enables the enumeration of cells within an individual’s blood system ad can help on the repopulation of the immune system.

 

 

 

 

 

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