Research Projects

Exploring innovative therapies using adult stem cells for treatment.

Clinical Studies

Advancing regenerative medicine through ongoing clinical Research initiatives

iPSC Generation

iPSC Characterization

iPSC Differentiation

Undifferentiated iPSC Detection

iPSC Gene Editing

iPSC Expanding Service

MSCs Services

Stem Cell Assay Development & Screening

A highly detailed, microscopic image of a cell covered with spiral-like structures and small round particles. The cell appears organic, with a rich texture and a complex surface arrangement.
A highly detailed, microscopic image of a cell covered with spiral-like structures and small round particles. The cell appears organic, with a rich texture and a complex surface arrangement.
Abstract art depicting a multitude of cell-like shapes in varying sizes, resembling a biological or chemical pattern, with colors transitioning from yellow and green at the top to blue and black at the bottom.
Abstract art depicting a multitude of cell-like shapes in varying sizes, resembling a biological or chemical pattern, with colors transitioning from yellow and green at the top to blue and black at the bottom.
R&D Initiatives

Developing cutting-edge solutions for orphan illnesses and therapies.

Creative Bioarray Offers Stem Cell Assay Development & Screening Service for Your Scientific Research as Follows (including but not limited to):

1. Cell Proliferation and Cytotoxicity Assay:

2. Cell Viability and Cycle Assay

3. Cell Apoptosis Assay

4. Cell Migration and Invasion Assay

5. Ion Transport

  • Calcium ion channel assay

  • Potassium ion channel assay

6. Neurotoxicity Screening

7. Gene Expression Array
8. Pathway Analysis
9. Post-translation Analysis
Note: All services can be provided separately or as a package.

Advantages of Creative Bioarray Service:

  • Worldwide accepted and advanced approaches for stem cell assay and screening

  • High efficacy of stem cell assay and screening

  • Comprehensive cell assay development and screening

  • Guaranteed service quality

  • Flexible assay design to satisfy your demand

  • Detailed report of experiment conditions

Discover

The possibilities and limits of stem cell therapy and research

The science of directing and controlling the differentiation of stem cells is still in its infancy. Human stem cell research would require obtaining cells from 5- to 7-day old blastocysts, destroying the embryo. Since the embryo has the potential to grow into a human being, research using embryonic pluripotent cells is considered unethical. Pluripotent cells also have rarely been used therapeutically in humans.

In animal studies on pluripotent cells, a major danger was the formation of solid tumours called teratomas.

In contrast, multipotent stem cells are under intense research, specifically how differentiation is affected by chemical as well as physical stimulation, and how it can be controlled. Careful combinations of growth factors, activins, and other chemicals, applied together and sequentially, are being investigated. The aim is to induce stem cells to differentiate and multiply toward a specific, needed lineage. A potential application is the direction of marrow stem cells to form erythrocytes in people with red blood cell formation disorders. Human pluripotent stem cells are also being investigated for the treatment of diabetes. Differentiated into pancreatic beta cells, they can secrete insulin in response to a high blood glucose level, reversing diabetes (Lo and Parham, 2009; The International Stem Cell Initiative, 2018; Memon and Abdelalim, 2020).

How are stem cells harvested for stem cell therapy

Stem cells are mainly harvested from:

  • Blood – stem cells in the blood are filtered out and the remaining blood is returned to the body

  • Bone marrow – bone marrow of the hip bone is extracted with a needle and syringe and the stem cells are extracted

  • Cord blood – stem cells in the blood are filtered out.

Stem cells are then either used directly (intravenous, soft tissue or joint Injection), or further differentiated into specific cells before application (Babic and Trigoso, 2019, NHS, 2022).

Cell Therapy

Exploring advanced regenerative technologies for orphan illnesses globally.

A medical professional is performing a procedure on a patient's leg in a clinical setting. The patient is lying on a table with blue surgical drapes covering most of their body. An ultrasound machine displays an image, possibly of the patient's leg, while a monitor hangs on the wall behind them.
A medical professional is performing a procedure on a patient's leg in a clinical setting. The patient is lying on a table with blue surgical drapes covering most of their body. An ultrasound machine displays an image, possibly of the patient's leg, while a monitor hangs on the wall behind them.
Two people in lab coats collaborate in an office setting. One is seated and pointing at a computer screen displaying medical images, while the other stands nearby holding a tablet. Large windows reveal a view of greenery outside, creating a bright and professional environment.
Two people in lab coats collaborate in an office setting. One is seated and pointing at a computer screen displaying medical images, while the other stands nearby holding a tablet. Large windows reveal a view of greenery outside, creating a bright and professional environment.
A person is holding a tablet device displaying a digital rendering of a leg with a white medical cast. In the background, there is a medical examination table and glass panels with red stripes.
A person is holding a tablet device displaying a digital rendering of a leg with a white medical cast. In the background, there is a medical examination table and glass panels with red stripes.
A microscopic view showcasing cells arranged in layers, featuring various shapes and sizes. Predominantly pinkish-purple hues with darker circular structures scattered throughout suggest staining techniques often used in biological imaging. The image has clear, defined boundaries with a white background separating the sections.
A microscopic view showcasing cells arranged in layers, featuring various shapes and sizes. Predominantly pinkish-purple hues with darker circular structures scattered throughout suggest staining techniques often used in biological imaging. The image has clear, defined boundaries with a white background separating the sections.
A woman wearing a white coat, face mask, and red gloves is administering an injection to a patient. The patient is lying down, partially visible, wearing a hairnet. Natural light filters through a large window, creating a calm atmosphere.
A woman wearing a white coat, face mask, and red gloves is administering an injection to a patient. The patient is lying down, partially visible, wearing a hairnet. Natural light filters through a large window, creating a calm atmosphere.
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