DNA Crown Cells Research Articles

Cell ring-like objects created in agar cultures of synthetic DNA (Streptomyces) crown cells with monolaurin

Synthesized DNA crown cells (artificial cells), which can proliferate within egg white in vivo, can be prepared in vitro using sphingosine (Sph)-DNA-adenosine-monolaurin compounds. Synthesized DNA crown cells form assemblies that proliferate in the presence of monolaurin and can be observed in agar cultures. In previous experiments on synthetic DNA (E. coli/Human placenta/Ascidian) crown cells, the proliferation of objects similar in appearance to thalli, double-cells, morning glory and daffodil inflorescences was observed on agar plates. In the present experiments using synthetic DNA (Streptomyces) crown cells and monolaurin, various objects and examples of cell proliferation were observed on the agar plates. Here, the microscopic appearance of cell ring-like objects is described.

Microscopic Appearance of Cell Assembly and Proliferation in Agar Cultures of Synthetic DNA (E. COLI) Crown Cells with Monolaurin

DNA crown cells (artificial cells), in which the outside of the membrane is covered with DNA, can be synthesized in vitro using sphingosine (Sph)-DNA-adenosine-monolaurin compounds. These cells can proliferate within egg whites in vivo. In a previous report on the culture and synthesis of synthetic DNA crown cells, it was shown that different lines of synthetic DNA crown cells (i.e., E. coli, Human placenta, Akoya pearl oyster, Hepato-blastomaderived cell line; HepG2) could be prepared using egg white as a medium. The present study examined whether the cell assembly and proliferation were observed when synthetic DNA (E. coli) crown cells were cultured on agar plates with monolaurin. In addition, the microscopic characteristics of the assemblies and the proliferated cells are described.

Double Cell-Like Objects Created from Synthetic DNA (Human Placenta) Crown Cells Using Monolaurin

Synthetic DNA crown cells (artificial cells) can be prepared in vitro using sphingosine (Sph)-DNA-adenosine-monolaurin compounds. These DNA crown cells can proliferate within egg whites in vivo. Synthetic DNA (E. coli) crown cells formed assemblies and cells proliferate after the addition of monolaurin and egg white and could be cultured on agar plates. In this study, it was examined whether such phenomena were observed in synthetic DNA (Human placenta) crown cells. In synthetic DNA (Human placenta) crown cells using monolaurin, several kinds of objects that may differ from original cells, were observed on the agar plates. Here, the microscopic characteristics of double cell-like objects are described.

Cell Proliferation and Objects Such as Fig Leaf and Chrysanthemum Generated in Agar Cultures of Egg-Prepared DNA (Hepg2 Cells) Crown Cells with Monolaurin

Cell Proliferation and Objects Such as Fig Leaf and Chrysanthemum Generated in Agar Cultures of Egg-Prepared DNA (Hepg2 Cells) Crown Cells with Monolaurin

Formation and Microscopic Appearance of Fireworks-like Objects Created from Synthetic DNA (E. coli) Crown Cells with Adenosine-DNA (E. coli)

Techniques for producing artificial cells (DNA crown cells), in which the outer membrane surface is covered with DNA were established in 2012. Such cells, hereafter referred to as synthetic DNA crown cells, can be readily synthesized using sphingosine (Sph)-DNA-adenosine mixtures and can proliferate within egg white or in vitro. However, how synthetic DNA crown cells proliferate within egg white or grow in vitro has not yet been clarified in detail. Synthetic DNA (E. coli) crown cells formed assemblies, which were reconstructed either spontaneously or in the presence of salts. The formation of new compounds, such as adenosine-DNA compounds, may occur within the reconstructed assembly. In this study, adenosine-DNA (E. coli) compounds were first prepared then the possible effect on adenosine-DNA (E. coli) by cell formation was investigated. The present experiments showed that fireworks-like objects were formed from synthetic DNA (E. coli) crown cells together with adenosine-DNA (E. coli) compounds. The findings suggested that adenosine-DNA played a role in the new of cell formation mechanism and participated in cell generation.

Cell Proliferation from the Assembly of Synthetic DNA (E. Coli) Crown Cells with Stimulation by Monolaurin Twice

Cell Proliferation from the Assembly of Synthetic DNA (E. Coli) Crown Cells with Stimulation by Monolaurin Twice

Assembly Formation of Synthetic DNA (E. coli) Crown Cells with Salt “Reconstruction and Regeneration of Synthetic DNA Crown Cells”

DNA crown cells (artificial cells) have an outer membrane covered with DNA and can be synthesized readily using sphingosine (Sph)-DNA-adenosine mixtures (synthetic DNA crown cells) and can proliferate within egg whites (DNA crown cells).

Assemblies in Synthetic DNA (Nannochloropsis Species) Crown Cells with Bacillus subtilis

Assemblies in Synthetic DNA (Nannochloropsis Species) Crown Cells with Bacillus subtilis

Synthetic DNA (Human Placenta) Crown Cells Elongate Bacillus Subtilis-Elongation Occurs with the Combination of Sphingosine and DNA

DNA crown cells are artificial cells in which the outer cell membranes are covered with DNA. These cells can be easily synthesized with a sphingosine (Sph)-DNA-adenosine mixture (synthetic DNA crown cells) and multiplied within egg whites (DNA crown cells). Currently, many kinds of both types of DNA crown cells have been prepared using DNA from various species. It was previously demonstrated that various types of assemblies are formed when synthetic DNA (E. coli) crown cells are mixed with Bacillus subtilis, and long objects similar to bacteria were observed within the assemblies.

Synthetic DNA Crown Cells Kill Yeast: Relationship with Assembly Formation of Yeast

DNA crown cells are artificial cells in which the outside of the membrane is coated with DNA. Synthetic DNA crown cells are readily prepared from mixtures of sphingosine (Sph), DNA, and adenosine. and can multiply within suspensions of egg white, yielding cells that also are referred to as DNA crown cells. To date, many kinds of both types of DNA crown cells have been prepared using various DNAs. However, it remains unclear whether DNA crown cells are biologically relevant. During my studies of DNA crown cells, I showed that antibiotics are produced in co-cultures of DNA crown cells with brewer’s yeast. This observation suggested that DNA crown cells may control the growth of yeast. In subsequent work to clarify that issue, I showed that assemblies are formed in mixtures of synthetic DNA (Escherichia. coli) crown cells with Bacillus subtilis, resulting in inhibition of the growth of B. subtilis. In the present work, synthetic DNA crown cells were generated using three kinds of DNA (E. coli, Streptomyces sp., and akoya pearl oysters) and tested for effects on brewer’s yeast. The results showed that assemblies of yeast were formed in the co-cultures of synthetic DNA crown cells and yeast, such that the yeast were unable to grow, meaning that synthetic DNA crown cells kill yeast. Finally, I discuss the mechanism whereby the binding of synthetic DNA crown cells to yeast may result in the formation of yeast assemblies and killing of the yeast cells.

Antibiotic Production in Co-Cultures of DNA (Streptomyces) Crown Cells (Artificial Cells) and Yeast (Beer)

Antibiotic Production in Co-Cultures of DNA (Streptomyces) Crown Cells (Artificial Cells) and Yeast (Beer)

Investigation and Optimization of Temperature and Force Behavior in High-Speed Bone Drilling

DNA crown cells are artificial cells which the outside of the membrane was covered of DNA. Such DNA crown cells (artificial cells) could be prepared by incubating within egg white with a sphingosine (Sph)-DNA-adenosine mixture.

The Study on Repellent Activities of Four Kinds of Plant Essential Oils

DNA crown cells are artificial cells which the outside of the membrane was covered of DNA. Such DNA crown cells (artificial cells) could be prepared by incubating within egg white with a sphingosine (Sph)-DNA-adenosine mixture.

Natural Fertilizer-Revolution in the Field of Agriculture

DNA crown cells are artificial cells which the outside of the membrane was covered of DNA. Such DNA crown cells (artificial cells) could be prepared by incubating within egg white with a sphingosine (Sph)-DNA-adenosine mixture.

Martial Arts as a Mindfulness in Motion: A Neurocognitive View

DNA crown cells are artificial cells which the outside of the membrane was covered of DNA. Such DNA crown cells (artificial cells) could be prepared by incubating within egg white with a sphingosine (Sph)-DNA-adenosine mixture.

Recovery of DNA Crown Cells (artificial cells) from Egg white with Albumin

There has been significant progress in the generation of artificial cells since 1960s [1,2]. Recently, approaches for generating fully operational (self-replicating) artificial cells that are covered with DNA (known as DNA crown cells) have been reported [3-5] and these are primarily generated when they are incubated with egg white.

Preparation of Generated DNA (Streptomyces Griseus) Crown Cells (Artificial Cells) and Antibiotic Production in Its’ Co-Cultures with Yeast (Beer)

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Systematic Preparation of Artificial Cells (DNA Crown Cells)

Artificial cells, which are engineered particles that mimic one or many functions of biological cells, have attracted much attention in recent decades as a new technology. In a previous study, artificial cells were prepared using chicken eggs and sphingosine-DNA. The resulting DNA crown cells were surrounded by a membrane containing lipid and DNA, which was formed with egg white components. The study describes a novel method that allows the easy preparation of DNA crown cells using adenosine and monolaurin.

DNA Crown Cells: Synthesis and Self-replication

DNA Crown Cells: Synthesis and Self-replication