| LBGF-0426-GF1 |
Corynebacterium FISH probe |
This probe is designed for the genus-level detection of Corynebacterium species in environmental and clinical research samples. It allows for the spatial mapping of these Gram-positive bacteria within complex polymicrobial biofilms. |
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| LBGF-0426-GF2 |
Lactobacillus FISH probe |
Targeting the 16S rRNA of the Lactobacillus genus, this probe is a vital tool for monitoring lactic acid bacteria in fermentation and gut microbiome studies. It enables the rapid quantification of these commensals in various biological matrices. |
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| LBGF-0426-GF3 |
Pseudomonas FISH probe |
This probe provides specific visualization of members of the Pseudomonas genus, known for their metabolic versatility. It is frequently used to study the distribution of these organisms in soil, water, and cystic fibrosis research models. |
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| LBGF-0426-GF4 |
Sphingomonas FISH probe |
Designed to target Sphingomonas species, this probe assists researchers in identifying these bacteria in oligotrophic environments. It is particularly useful for studying species involved in the biodegradation of aromatic compounds. |
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| LBGF-0426-GF5 |
Lactobacillus murinus FISH probe |
This species-specific probe targets Lactobacillus murinus, a common inhabitant of the rodent gastrointestinal tract. It is an essential tool for researchers using murine models to study gut homeostasis and microbial transitions. |
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| LBGF-0426-GF6 |
Catenibacterium FISH probe |
This probe targets the Catenibacterium genus, allowing for its detection within the human intestinal microbiota. It helps researchers understand the role of these anaerobic bacteria in dietary fiber fermentation. |
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| LBGF-0426-GF7 |
Mycoplasmoides pneumoniae FISH probe |
Targeting the rRNA of Mycoplasmoides pneumoniae, this probe allows for the visualization of this cell-wall-deficient bacterium. It is used in respiratory research to study bacterial adherence to host epithelial cells. |
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| LBGF-0426-GF8 |
Ruminococcus gnavus FISH probe |
This probe is specific to Ruminococcus gnavus, a gut microbe often associated with inflammatory bowel conditions. It enables high-resolution tracking of this species within the intestinal mucus layer. |
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| LBGF-0426-GF9 |
Meyerozyma guilliermondii FISH probe |
Designed for the yeast Meyerozyma guilliermondii, this probe allows for the identification of this fungus in industrial or environmental samples. It facilitates the study of fungal-bacterial interactions in complex communities. |
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| LBGF-0426-GF10 |
Acinetobacter FISH probe |
This genus-specific probe targets Acinetobacter species, which are critical subjects in antibiotic resistance research. It allows for the detection of these robust Gram-negative bacteria in environmental reservoirs and biofilm studies. |
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| LBGF-0426-GF11 |
Blautia wexlerae FISH probe |
Specifically targeting Blautia wexlerae, this probe helps researchers quantify this abundant gut commensal linked to metabolic health. It is a key tool for high-resolution microbiome profiling in nutritional studies. |
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| LBGF-0426-GF12 |
Mycobacterium FISH probe |
This probe targets the Mycobacterium genus, enabling the detection of these acid-fast bacteria in research samples. It provides a rapid method for visualizing slow-growing mycobacteria without the delays associated with traditional culture. |
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| LBGF-0426-GF13 |
Candida boidinii FISH probe |
Tailored for the methylotrophic yeast Candida boidinii, this probe is used in fungal research and biotechnology. It assists in monitoring yeast populations during specialized fermentation or environmental processes. |
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| LBGF-0426-GF14 |
Neisseria perflava FISH probe |
Targeting Neisseria perflava, this probe is used to study this common commensal of the human oral cavity and pharynx. It allows researchers to map its spatial distribution within the oral microbiome. |
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| LBGF-0426-GF15 |
Bacillus cereus FISH probe |
This probe provides specific detection of Bacillus cereus, helping to distinguish it from other closely related bacilli. It is used in food safety and soil microbiology research to visualize vegetative cells and spores. |
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| LBGF-0426-GF16 |
Paeniclostridium sordellii FISH probe |
Designed for Paeniclostridium sordellii, this probe is used to study this toxin-producing anaerobe in clinical and veterinary research. It facilitates the localization of the bacteria within infected tissue samples. |
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| LBGF-0426-GF17 |
Bifidobacterium pseudolongum FISH probe |
Specific to Bifidobacterium pseudolongum, this probe is used to track this species in the gut of various animal hosts. It is a valuable tool for comparative microbiome and probiotic colonization research. |
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| LBGF-0426-GF18 |
Shewanella algae FISH probe |
This probe targets Shewanella algae, assisting in the identification of this marine-associated bacterium in environmental samples. It is particularly useful for research involving metal reduction and electro-microbiology. |
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| LBGF-0426-GF19 |
Shewanella putrefaciens FISH probe |
Designed for Shewanella putrefaciens, this probe is used to study this organism's role in food spoilage and mineral cycling. It enables researchers to visualize its spatial arrangement in aquatic biofilms. |
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| LBGF-0426-GF20 |
Acinetobacter junii FISH probe |
Targeting Acinetobacter junii, this probe provides a specific tool for distinguishing this species from other members of the Acinetobacter genus. It is used in environmental and clinical research to track niche colonization. |
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| LBGF-0426-GF21 |
Streptococcus pneumoniae FISH probe |
This probe is optimized for the detection of Streptococcus pneumoniae, targeting unique rRNA sequences of this respiratory inhabitant. It is essential for research into pneumococcal biofilm formation and host-cell interactions. |
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| LBGF-0426-GF22 |
Bacillus velezensis FISH probe |
Targeting Bacillus velezensis, this probe is used in agricultural research to monitor this species as a biocontrol agent. It allows for the visualization of the bacteria on plant roots and within the rhizosphere. |
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| LBGF-0426-GF23 |
Treponema medium FISH probe |
Designed for Treponema medium, this probe allows researchers to identify this spiral-shaped bacterium in oral biofilms. It is a specialized tool for studying the ecology of periodontal pathogens. |
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| LBGF-0426-GF24 |
Roseburia faecis FISH probe |
Specifically targeting Roseburia faecis, this probe assists in studying this important butyrate-producing bacterium in the human colon. It is used to evaluate the impact of diet on beneficial gut anaerobes. |
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| LBGF-0426-GF25 |
Bacteroides uniformis FISH probe |
This probe provides specific identification for Bacteroides uniformis, a key gut microbe involved in carbohydrate degradation. It is utilized in research exploring the metabolic capabilities of the Bacteroides genus. |
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| LBGF-0426-GF26 |
Prevotella oris FISH probe |
Designed for Prevotella oris, this probe is used to study this Gram-negative anaerobe in oral and systemic infection models. It enables precise detection within diverse polymicrobial communities. |
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| LBGF-0426-GF27 |
Klebsiella variicola FISH probe |
Targeting Klebsiella variicola, this probe helps differentiate this species from K. pneumoniae in ecological and genomic research. It is used to study its presence in both clinical and plant-associated environments. |
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| LBGF-0426-GF28 |
Neisseria polysaccharea FISH probe |
This probe targets the commensal Neisseria polysaccharea, assisting in oral microbiome research. It allows for the visualization of the species' role in maintaining the ecological balance of the oral cavity. |
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| LBGF-0426-GF29 |
Salmonella enterica subsp. enterica serovar Typhimurium FISH probe |
Highly specific for Salmonella enterica subsp. enterica serovar Typhimurium, this probe is an essential tool for tracking this pathogen in infection models. It allows for the visualization of bacterial invasion and intracellular survival. |
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| LBGF-0426-GF30 |
Escherichia coli Nissle 1917 FISH probe |
Specifically designed for the probiotic strain Escherichia coli Nissle 1917, this probe allows researchers to track this therapeutic bacterium in the gut. It provides a means to distinguish it from indigenous E. coli populations. |
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| LBGF-0426-GF31 |
Aliihoeflea aestuarii FISH probe |
This probe targets Aliihoeflea aestuarii, a bacterium typically found in marine and estuarine environments. It is used in environmental microbiology to study the diversity of coastal microbial communities. |
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| LBGF-0426-GF32 |
Cutibacterium acnes FISH probe |
Designed for Cutibacterium acnes, this probe is used to study this major skin inhabitant in the context of acne and biofilm-related infections. It allows for visualization within sebaceous follicles. |
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| LBGF-0426-GF33 |
Bifidobacterium longum subsp. longum FISH probe |
This probe targets the Bifidobacterium longum subsp. longum subspecies, a critical inhabitant of the human gut across all ages. It is used in probiotic research to quantify the colonization success of specific beneficial strains. |
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| LBGF-0426-GF34 |
Clostridium innocuum FISH probe |
Targeting Clostridium innocuum, this probe assists in research regarding this atypical, vancomycin-resistant anaerobe. It allows for the detection of the species in gut microbiome studies following antibiotic disturbance. |
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| LBGF-0426-GF35 |
Dubosiella newyorkensis FISH probe |
Specifically designed for Dubosiella newyorkensis, this probe is used in murine microbiome research where this species is often prevalent. It helps researchers correlate this bacterium with host metabolic phenotypes. |
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| LBGF-0426-GF36 |
Granulicatella adiacens FISH probe |
This probe targets Granulicatella adiacens, a nutritionally variant streptococcus found in the oral cavity. It is used in research concerning endocarditis and complex oral biofilm structures. |
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| LBGF-0426-GF37 |
Neisseria flavescens FISH probe |
Targeting Neisseria flavescens, this probe allows for the identification of this commensal in the human nasopharynx. It assists in studies exploring the ecological balance of the upper respiratory microbiome. |
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| LBGF-0426-GF38 |
Stenotrophomonas maltophilia FISH probe |
Designed for Stenotrophomonas maltophilia, this probe is used to track this multi-drug resistant environmental bacterium. It is particularly useful for studying its ability to form biofilms on medical device surfaces. |
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| LBGF-0426-GF39 |
Akkermansia muciniphila FISH probe |
Specifically targeting Akkermansia muciniphila, this probe allows researchers to visualize this mucin-degrading bacterium. It is a key tool for studying gut barrier function and metabolic health. |
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| LBGF-0426-GF40 |
Mycoplasma hyorhinis FISH probe |
Targeting Mycoplasma hyorhinis, this probe is vital for detecting this common cell culture contaminant and swine pathogen. It allows for the visualization of the bacteria adhering to eukaryotic cells. |
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| LBGF-0426-GF41 |
Klebsiella pneumoniae FISH probe |
This probe targets Klebsiella pneumoniae, a significant opportunistic pathogen and a model for antibiotic resistance. It facilitates detection in clinical isolates and environmental biofilm samples. |
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| LBGF-0426-GF42 |
Candidatus Nitrosotenuis FISH probe |
Designed for ammonia-oxidizing archaea, this probe is essential for nitrogen cycle research. It allows for the visualization of these organisms in soil and aquatic environments to study nitrification. |
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| LBGF-0426-GF43 |
Herbaspirillum FISH probe |
This genus-level probe targets Herbaspirillum, a group of nitrogen-fixing bacteria that associate with plants. It is used in agricultural microbiology to study the colonization of crops by beneficial endophytes. |
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| LBGF-0426-GF44 |
Uncultured Muribaculaceae bacterium FISH probe |
Targeting the unculturable Muribaculaceae bacterium, this probe is critical for murine gut research. It allows for the visualization of these dominant but fastidious bacteria in the mouse intestine. |
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| LBGF-0426-GF45 |
Faecalibacterium FISH probe |
Designed for the Faecalibacterium genus, this probe targets one of the most abundant and beneficial groups in the human gut. It is used to monitor levels of these anti-inflammatory commensals. |
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| LBGF-0426-GF46 |
Ligilactobacillus FISH probe |
This probe targets the reclassified Ligilactobacillus genus, formerly part of Lactobacillus. It is used to study these specific lactic acid bacteria in the gastrointestinal tracts of humans and animals. |
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| LBGF-0426-GF47 |
Eggerthella FISH probe |
Designed for the Eggerthella genus, this probe targets actinobacteria known for metabolizing dietary polyphenols and drugs. It is used in pharmacomicrobiomics research to study inter-individual variation in drug metabolism. |
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| LBGF-0426-GF48 |
Oscillibacter FISH probe |
This probe targets the Oscillibacter genus, anaerobic bacteria often linked to dietary intake in microbiome studies. It provides a visual means to track these organisms in complex fecal and intestinal samples. |
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| LBGF-0426-GF49 |
Acinetobacter baumannii FISH probe |
Specifically targeting Acinetobacter baumannii, this probe is used in research focused on hospital-acquired infections. It enables the identification of the bacteria in clinical biofilms and environmental reservoirs. |
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| LBGF-0426-GF50 |
Haemophilus influenzae FISH probe |
This probe provide specific detection for Haemophilus influenzae, a key human respiratory inhabitant. It is utilized in research to study its persistence and interactions within the respiratory microbiome. |
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