Tissuescience

[Tissuescience @Tissuescience2]

Developments of nanotechnology in the recent decades resulted in application of gold nanoparticles (GNPs) towards drug delivery, cell targeting, biosensing and tissue engineering.
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#tissuescience #engineering #cell #nanaotechnology

[Tissuescience @Tissuescience2]

Natural polymers and calcium phosphate composites are the widely used biomaterials in bone tissue engineering.
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#tissuescience #polymers #biomaterials #Engineering

[Tissuescience @Tissuescience2]

Modern reconstructive urology comprises of a range of surgical techniques developed to reroute, recreate, or repair damaged urinary tracts.
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#tissuescience

[Tissuescience @Tissuescience2]

Reconstructive urology is a complex and demanding branch of modern urology.
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#tissuescience

[Tissuescience @Tissuescience2]

miRNAs interact with cell growth and development, cell cycle, and apoptosis pathways. Depending on the form of cancer, proteins in the tyrosine phosphorylation pathway
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#cancer #tissuescience #microRNA

[Tissuescience @Tissuescience2]

miRNAs can possibly be used in the diagnosis of hepatocellular carcinoma (HCC), which is the most common form of liver cancer.
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#tissuescience #Cancer

[Tissuescience @Tissuescience2]

Neural tissue engineering repair strategy helps to repair the injured spinal cord, especially with large tissue loss or cavity formation through combinatorial approaches
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#tissuescience #tissueengineering

[Tissuescience @Tissuescience2]

Spinal Cord Injury (SCI) results in the permanent functional impairment, leading to monoplegia, paraplegia or tetraplegia with tremendous social and economic burden.
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#tissuescience

[Tissuescience @Tissuescience2]

Cells were seeded in 96-well plates (2 × 103
cells/well).
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#tissuescience #cells #cellculture

[Tissuescience @Tissuescience2]

The use of tissue culture methods in oncology has been performed for the last many decades, where Beebe and Ewing tried to grow lymphosarcoma in dogs
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#tissuescience #oncology

[Tissuescience @Tissuescience2]

The treatment options for terminal heart failure due to myocardial infarction or cardiomyopathy are limited.
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#tissuescience #heart #treatment

[Tissuescience @Tissuescience2]

Endocardial infusion is a minimally invasive procedure for cell delivery with good selectivity to the target region.
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#tissuescience #cell

[Tissuescience @Tissuescience2]

Tissues have evoked the transformation from fibrosis led healing to collagen led healing; a bioengineered mechanism of PRP led regeneration of wounds.
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[Tissuescience @Tissuescience2]

Platelet rich plasma (PRP) therapy is one of the biological interventions in regenerative medicine with a
sure success in clinical translations of wound healing.
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#tissuescience #plasma #regenerativemedicine #woundhealing

[Tissuescience @Tissuescience2]

Modern reconstructive urology comprises of a range of surgical techniques developed to reroute, recreate, or repair damaged urinary tracts.
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#tissuescience

[Tissuescience @Tissuescience2]

Advanced surgical techniques developed by reconstructive urologists aim to replace urinary tract wall of urethra, urinary bladder and ureter with similar material
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#tissuescience #urology

[Tissuescience @Tissuescience2]

Skin healing a complex and well-orchestrated process that involves the coordination and activity of many cell
types.
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#tissuescience #cell

[Tissuescience @Tissuescience2]

Tissue engineering and for tracking cells in pre-clinical studies in vitro and in vivo, simple techniques for staining cells by lipophilic fluorescent dyes were often preferred.
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#tissuescience #engineering #cells

[Tissuescience @Tissuescience2]

Staining of cells prior to or during an experiment serves manifold purposes and therefore different methods to label alive cells
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#tissuescience #cells

[Tissuescience @Tissuescience2]

Synthetic biomaterials are categorized into inorganic and organic synthetic polymers. Synthetic polymers represent the largest group of biodegradable polymers such as PLA, PGA, PLGA, PVA, PVC, PLLA, Nylon and many more.
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#tissuescience #polymer