The biogenicity of calcium - phosphate - precipitating nannobacteria (nanobacteria, self - replicating nanoparticles) has been supported by researchers: the tiny cells (30 - 70 nm in diameter) reproduce in cultures, show cell walls in TEM, and react positively for DNA and immunostain. The recently documented cells bear remarkable resemblances to those found earlier in geologic settings such as hot springs, weathered volcanic rocks, travertines, sandstones, soils, and even a Martian meteorite. In this paper we focus on the similarities of the nannobacterial morphologies found in the biologic and geologic settings, as documented by high resolution SEM. In both settings nannobacteria occur as isolated cells, as chains or she...
Aims: Mineralo-organic nanoparticles (NPs) detected in biological fluids have been described as prec...
Introduction: Nanobacteria (calcifying nanoparticles, nanobes) are one of the most controversial iss...
Randall's plaques, first described by Alexander Randall in the 1930s, are small subepithelial calcif...
The biogenicity of calcium - phosphate - precipitating nannobacteria (nanobacteria, self - rep...
Putative living entities called nanobacteria (NB) are unusual for their small sizes (50-500 nm), ple...
New insights into the architecture and formation mechanisms of calcific lesions down to the nanoscal...
Background & Aims: Calcifying nanoparticles are different forms of calcium and phosphate in sediment...
Recent and historical evidence is consistent with the view that atherosclerosis is an infectious dis...
Cardiovascular calcification contributes to the 17 million deaths globally caused by cardiovascular ...
The accumulation of calcified material in cardiovascular tissue is thought to involve cytochemical, ...
International audience"Nanobacteria" are nanometer-scale spherical and ovoid particles which have sp...
Calcifying biologic nanoparticles (CNPs) have been identified from diverse tissue samples including ...
Nanobacteria: An infectious cause for kidney stone formation.BackgroundNanobacteria are cytotoxic, s...
Pathological calcification is becoming recognized as an important feature in the dynamics of a varie...
Neva Çiftçioglu1, Kaveh Vejdani2, Olivia Lee2, Grace Mathew1, Katja M Aho3, E ...
Aims: Mineralo-organic nanoparticles (NPs) detected in biological fluids have been described as prec...
Introduction: Nanobacteria (calcifying nanoparticles, nanobes) are one of the most controversial iss...
Randall's plaques, first described by Alexander Randall in the 1930s, are small subepithelial calcif...
The biogenicity of calcium - phosphate - precipitating nannobacteria (nanobacteria, self - rep...
Putative living entities called nanobacteria (NB) are unusual for their small sizes (50-500 nm), ple...
New insights into the architecture and formation mechanisms of calcific lesions down to the nanoscal...
Background & Aims: Calcifying nanoparticles are different forms of calcium and phosphate in sediment...
Recent and historical evidence is consistent with the view that atherosclerosis is an infectious dis...
Cardiovascular calcification contributes to the 17 million deaths globally caused by cardiovascular ...
The accumulation of calcified material in cardiovascular tissue is thought to involve cytochemical, ...
International audience"Nanobacteria" are nanometer-scale spherical and ovoid particles which have sp...
Calcifying biologic nanoparticles (CNPs) have been identified from diverse tissue samples including ...
Nanobacteria: An infectious cause for kidney stone formation.BackgroundNanobacteria are cytotoxic, s...
Pathological calcification is becoming recognized as an important feature in the dynamics of a varie...
Neva Çiftçioglu1, Kaveh Vejdani2, Olivia Lee2, Grace Mathew1, Katja M Aho3, E ...
Aims: Mineralo-organic nanoparticles (NPs) detected in biological fluids have been described as prec...
Introduction: Nanobacteria (calcifying nanoparticles, nanobes) are one of the most controversial iss...
Randall's plaques, first described by Alexander Randall in the 1930s, are small subepithelial calcif...