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1. Recovery of replication-competent and g-gene-deleted rabies viruses from cDNA
by Hagendorf, Nadin and Conzelmann, Karl-Klaus
Cold Spring Harbor Protocols, ISSN 1940-3402, 12/2015, Volume 2015, Issue 12, pp. 1090 - 1096
This protocol describes the recovery of replication-competent rabies viruses (RV) such as SAD L16 or SAD L16-eGFP. It is suggested that at least three parallel... 
Glycoproteins - genetics | Rabies virus - genetics | Rabies virus - physiology | Viral Envelope Proteins - genetics | Virus Replication | Gene Deletion | Reverse Genetics - methods | DNA, Complementary - genetics | Antigens, Viral - genetics | Glycoproteins - deficiency | DNA, Viral - genetics | Viral Envelope Proteins - deficiency
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2. Pseudotyping of G-Gene-deficient rabies virus
by Hagendorf, Nadin and Conzelmann, Karl-Klaus
Cold Spring Harbor Protocols, ISSN 1940-3402, 12/2015, Volume 2015, Issue 12, pp. 1097 - 1099
G-deleted fluorescent rabies virus (RV) pseudotyped with RV G proteins, SAD ΔG eGFP (RV CVS-G), can be used as single-round vectors for efficient retrograde... 
Staining and Labeling - methods | Cell Line | Neurons - virology | Antigens, Viral - metabolism | Neurons - chemistry | Recombinant Proteins - analysis | Humans | Glycoproteins - metabolism | Recombinant Proteins - genetics | Luminescent Proteins - analysis | Rabies virus - genetics | Gene Deletion | Viral Envelope Proteins - metabolism | Glycoproteins - deficiency | Luminescent Proteins - genetics | Viral Envelope Proteins - deficiency | Genes, Reporter | Optical Imaging - methods | Synapses - chemistry | Synapses - virology
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3. Full Text Retrograde neuronal tracing with a deletion-mutant rabies virus
by Wickersham, Ian R and Finke, Stefan and Conzelmann, Karl-Klaus and Callaway, Edward M
Nature Methods, ISSN 1548-7091, 01/2007, Volume 4, Issue 1, pp. 47 - 49
We have constructed a deletion-mutant rabies virus encoding EGFP and find it to be an excellent tool for studying detailed morphology and physiology of neurons... 
NERVOUS-SYSTEM | IN-VITRO | VIVO | BIOCHEMICAL RESEARCH METHODS | ADENOVIRUS INFECTION | GLYCOPROTEIN | VECTORS | Motor Neurons - physiology | Rabies virus - physiology | RNA, Messenger - genetics | Axonal Transport - physiology | Green Fluorescent Proteins - genetics | Recombinant Proteins - genetics | Brain - physiology | Rabies virus - genetics | Animals | Motor Neurons - cytology | Fluorescent Antibody Technique | Motor Neurons - virology | Mice | Fluorescence | Brain | Viruses | Mutation | Neurons | Research methodology
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4. Full Text Click-Modified Anandamide siRNA Enables Delivery and Gene Silencing in Neuronal and Immune Cells
by Willibald, Julian and Harder, Johannes and Sparrer, Konstantin and Conzelmann, Karl-Klaus and Carell, Thomas
Journal of the American Chemical Society, ISSN 0002-7863, 08/2012, Volume 134, Issue 30, pp. 12330 - 12333
Click chemistry of alkyne-modified RNA with different receptor ligand azides was used to prepare 3′-folate, 3′-cholesterol, and, as a new entity,... 
Cell Line | Polyunsaturated Alkamides - chemistry | RNA, Small Interfering - genetics | Click Chemistry | Humans | Folic Acid - chemistry | Gene Silencing | Arachidonic Acids - chemistry | Renilla - enzymology | Luciferases - genetics | Cholesterol - chemistry | RNA, Small Interfering - chemistry | Animals | Base Sequence | Neurons - metabolism | HeLa Cells | RNA, Small Interfering - administration & dosage | B-Lymphocytes - metabolism | Endocannabinoids - chemistry | Azides | Gene silencing | Gene targeting | Neurons | Physiological aspects | Chemical properties | Research | Anandamide
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5. Identification of Two Classes of Somatosensory Neurons That Display Resistance to Retrograde Infection by Rabies Virus
by Gioele W Albisetti and Alexander Ghanem and Edmund Foster and Karl-Klaus Conzelmann and Hanns Ulrich Zeilhofer and Hendrik Wildner
The Journal of Neuroscience, ISSN 0270-6474, 10/2017, Volume 37, Issue 43, p. 10358
Glycoprotein-deleted rabies virus-mediated monosynaptic tracing has become a standard method for neuronal circuit mapping, and is applied to virtually all... 
Molecular machines | Bats | Spinal cord | Neurons | Glycoprotein | Central nervous system | Transgenic mice | Viruses | Nervous system | Infections | Glycoproteins | Disease resistance | Rabies | Sensory neurons | Mice
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6. Full Text Identification of Two Classes of Somatosensory Neurons That Display Resistance to Retrograde Infection by Rabies Virus
by Albisetti, Gioele W and Ghanem, Alexander and Foster, Edmund and Conzelmann, Karl-Klaus and Zeilhofer, Hanns Ulrich and Wildner, Hendrik
The Journal of neuroscience : the official journal of the Society for Neuroscience, 10/2017, Volume 37, Issue 43, p. 10358
Glycoprotein-deleted rabies virus-mediated monosynaptic tracing has become a standard method for neuronal circuit mapping, and is applied to virtually all... 
Mice, Inbred C57BL | Neuroanatomical Tract-Tracing Techniques - methods | Male | Mice, Transgenic | Ganglia, Spinal - cytology | Rabies virus | Nerve Net - cytology | Ganglia, Spinal - chemistry | Animals | Posterior Horn Cells - chemistry | Female | Mice | Nerve Net - chemistry | Sensory Receptor Cells - chemistry
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7. Full Text G gene-deficient single-round rabies viruses for neuronal circuit analysis
by Ghanem, Alexander and Conzelmann, Karl-Klaus
Virus Research, ISSN 0168-1702, 05/2016, Volume 216, pp. 41 - 54
Rhabdoviruses like the neurotropic rabies virus are fully amenable to pseudotyping with homologous and heterologous membrane proteins, which is being harnessed... 
Synapse | Transsynaptic tracing | Optogenetics | Monosynaptic | Connectomics | DEFECTIVE INTERFERING PARTICLES | MATRIX PROTEIN | NUCLEOPROTEIN-RNA COMPLEX | ROOT GANGLIA NEURONS | VIROLOGY | SOMATOSENSORY CORTEX | IN-VIVO | MONOSYNAPTIC CONNECTIVITY | CENTRAL-NERVOUS-SYSTEM | TRANSNEURONAL TRACER | VESICULAR STOMATITIS-VIRUS | Glycoproteins - genetics | Neurons - virology | Rabies virus - genetics | Animals | Rabies - virology | Humans | Glycoproteins - metabolism | Viral Proteins - genetics | Viral Proteins - metabolism | Genetic research | Neurons | Rabies
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8. Full Text Targeted Ablation, Silencing, and Activation Establish Glycinergic Dorsal Horn Neurons as Key Components of a Spinal Gate for Pain and Itch
by Foster, Edmund and Wildner, Hendrik and Tudeau, Laetitia and Haueter, Sabine and Ralvenius, William T and Jegen, Monika and Johannssen, Helge and Hösli, Ladina and Haenraets, Karen and Ghanem, Alexander and Conzelmann, Karl-Klaus and Bösl, Michael and Zeilhofer, Hanns Ulrich
Neuron, ISSN 0896-6273, 03/2015, Volume 85, Issue 6, pp. 1289 - 1304
The gate control theory of pain proposes that inhibitory neurons of the spinal dorsal horn exert critical control over the relay of nociceptive signals to... 
PERIPHERAL-NERVE INJURY | MECHANICAL ALLODYNIA | LAMINA-I NEURONS | GREEN FLUORESCENT PROTEIN | CELL LINEAGE ABLATION | GABAERGIC INHIBITION | AMINO-ACID ANTAGONISTS | UNDERLYING NEUROPATHIC PAIN | PATHOLOGICAL PAIN | NEUROSCIENCES | TRANSGENIC MICE | Glycine - metabolism | Mice, Transgenic | Neurons - cytology | Peripheral Nervous System Diseases - physiopathology | Nerve Net - pathology | Hyperalgesia - pathology | Pruritus - physiopathology | Animals | Pain - physiopathology | Nerve Net - metabolism | Mice | Peripheral Nervous System Diseases - pathology | Spinal Cord Dorsal Horn - cytology | Peripheral Nervous System Diseases - genetics | Posterior Horn Cells - physiology | Nerve Net - physiopathology | Disease Models, Animal | Histamine | Care and treatment | Genetic engineering | Pain | Neurons | Spinal cord | Transgenic animals | Rodents
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9. Full Text 5′-Triphosphate RNA Is the Ligand for RIG-I
by Veit Hornung and Jana Ellegast and Sarah Kim and Krzysztof Brzózka and Andreas Jung and Hiroki Kato and Hendrik Poeck and Shizuo Akira and Karl-Klaus Conzelmann and Martin Schlee and Stefan Endres and Gunther Hartmann
Science, ISSN 0036-8075, 11/2006, Volume 314, Issue 5801, pp. 994 - 997
The structural basis for the distinction of viral RNA from abundant self RNA in the cytoplasm of virally infected cells is largely unknown. We demonstrated... 
RNA viruses | Monocytes | Double stranded RNA | RNA | Genomics | Oligonucleotides | Viruses | Ligands | Reports | Cytosol | Vero cells | PLASMACYTOID DENDRITIC CELLS | RESPONSES | DOUBLE-STRANDED-RNA | ACTIVATION | ACID | REPLICATION | RECOGNITION | MULTIDISCIPLINARY SCIENCES | POLYADENYLATION | INDUCTION | NF-KAPPA-B | Phosphorylation | Humans | Monocytes - metabolism | RNA Caps - metabolism | Viral Proteins - metabolism | Transfection | Oligoribonucleotides - metabolism | Transcription, Genetic | RNA, Double-Stranded - metabolism | RNA, Viral - metabolism | DEAD-box RNA Helicases - metabolism | RNA, Double-Stranded - chemistry | RNA - metabolism | Cell Line | DEAD Box Protein 58 | Rabies virus - physiology | Rabies virus - immunology | Interferon-alpha - biosynthesis | Cells, Cultured | Interferon-beta - biosynthesis | RNA - chemistry | Cytosol - virology | Phosphates - metabolism | Rabies virus - genetics | Animals | RNA, Viral - chemistry | Virus Replication | Cytosol - metabolism | Mice | DNA-Directed RNA Polymerases - metabolism | Research | Structure | Analysis
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10. Full Text Transplanted embryonic neurons integrate into adult neocortical circuits
by Falkner, Susanne and Grade, Sofia and Dimou, Leda and Conzelmann, Karl-Klaus and Bonhoeffer, Tobias and Götz, Magdalena and Hübener, Mark
Nature, ISSN 0028-0836, 2016, Volume 539, Issue 7628, pp. 248 - 253
The ability of the adult mammalian brain to compensate for neuronal loss caused by injury or disease is very limited. Transplantation aims to replace lost... 
STEM-CELLS | PYRAMIDAL NEURONS | CORTICAL-NEURONS | RECONSTRUCTION | MULTIDISCIPLINARY SCIENCES | IN-VIVO | EXPERIENCE | MOUSE VISUAL-CORTEX | BRAIN | RECEPTIVE-FIELDS | DEGENERATION | Pyramidal Cells - cytology | Neocortex - physiology | Visual Cortex - cytology | Axons - metabolism | Neurons - cytology | Dendritic Spines - metabolism | Efferent Pathways | Neural Pathways | Visual Cortex - physiology | Cell Tracking | Neurons - transplantation | Animals | Embryo, Mammalian - cytology | Pyramidal Cells - physiology | Neurons - physiology | Presynaptic Terminals - metabolism | Neocortex - cytology | Cell Differentiation | Mice | Afferent Pathways | Physiological aspects | Neural circuitry | Observations | Neocortex | Proteins | Transplants & implants | Cellular biology | Neurons | Embryos | Morphology
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11. Full Text The C-Terminal Regulatory Domain Is the RNA 5′-Triphosphate Sensor of RIG-I
by Cui, Sheng and Eisenächer, Katharina and Kirchhofer, Axel and Brzózka, Krzysztof and Lammens, Katja and Lammens, Alfred and Fujita, Takashi and Conzelmann, Karl-Klaus and Krug, Anne and Hopfner, Karl-Peter
Molecular Cell, ISSN 1097-2765, 2008, Volume 29, Issue 2, pp. 169 - 179
The ATPase RIG-I senses viral RNAs that contain 5′-triphosphates in the cytoplasm. It initiates a signaling cascade that activates innate immune response by... 
RNA | MOLIMMUNO | RESPONSES | HELICASE LGP2 | VIRUS | ACID | REPLICATION | RECOGNITION | BIOCHEMISTRY & MOLECULAR BIOLOGY | ANTIVIRAL INNATE IMMUNITY | HOST | IDENTIFICATION | ADAPTER PROTEIN | CELL BIOLOGY | RNA Caps - immunology | RNA Helicases - metabolism | Zinc - metabolism | Humans | rab GTP-Binding Proteins - genetics | Structure-Activity Relationship | RNA Helicases - chemistry | Interferons - immunology | RNA Caps - metabolism | Zinc - chemistry | Adenosine Triphosphatases - immunology | Interferon-Induced Helicase, IFIH1 | RNA, Viral - genetics | Immunity, Innate - physiology | RNA Caps - chemistry | Zinc - immunology | RNA Helicases - genetics | RNA, Viral - metabolism | Interferons - genetics | DEAD-box RNA Helicases - metabolism | DEAD-box RNA Helicases - chemistry | Dimerization | RNA Caps - genetics | rab GTP-Binding Proteins - metabolism | Cell Line | DEAD Box Protein 58 | Adenosine Triphosphatases - metabolism | Protein Structure, Tertiary - genetics | Binding Sites - genetics | Substrate Specificity - genetics | Polyphosphates - metabolism | DEAD-box RNA Helicases - genetics | Animals | RNA, Viral - chemistry | Polyphosphates - immunology | rab GTP-Binding Proteins - immunology | DEAD-box RNA Helicases - immunology | Interferons - metabolism | Adenosine Triphosphatases - chemistry | RNA, Viral - immunology | rab GTP-Binding Proteins - chemistry | Adenosine Triphosphatases - genetics | Structural Homology, Protein | RNA Helicases - immunology | Polyphosphates - chemistry | Sensors | G proteins | Biological response modifiers | Adenosine triphosphatase | Index Medicus
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12. Full Text Retrograde monosynaptic tracing reveals the temporal evolution of inputs onto new neurons in the adult dentate gyrus and olfactory bulb
by Aditi Deshpande and Matteo Bergami and Alexander Ghanem and Karl-Klaus Conzelmann and Alexandra Lepier and Magdalena Götz and Benedikt Berninger
Proceedings of the National Academy of Sciences, ISSN 0027-8424, 03/2013, Volume 110, Issue 12, pp. E1152 - E1161
Identifying the connectome of adult-generated neurons is essential for understanding how the preexisting circuitry is refined by neurogenesis. Changes in the... 
Pseudotransduction | Synaptic tracing | Functional integration | Adult neural stem cell | Adult neurogenesis | adult neurogenesis | MULTIDISCIPLINARY SCIENCES | adult neural stem cell | functional integration | PROLIFERATION | MATURATION | ORGANIZATION | SYNAPTIC INTEGRATION | BORN NEURONS | GENERATION | DIFFERENTIATION | GRANULE CELLS | synaptic tracing | pseudotransduction | HIPPOCAMPAL NEUROGENESIS | EXPRESSION | Dentate Gyrus - cytology | Animals | Synapses - metabolism | Dentate Gyrus - physiology | Olfactory Bulb - physiology | Mice, Transgenic | Neurons - cytology | Mice | Neurons - metabolism | Rabies virus | Olfactory Bulb - cytology | Biological Sciences | PNAS Plus
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13. Full Text Single-cell-initiated monosynaptic tracing reveals layer-specific cortical network modules
by Wertz, Adrian and Trenholm, Stuart and Yonehara, Keisuke and Hillier, Daniel and Raics, Zoltan and Leinweber, Marcus and Szalay, Gergely and Ghanem, Alexander and Keller, Georg and Rózsa, Balázs and Conzelmann, Karl-Klaus and Roska, Botond
Science, ISSN 0036-8075, 07/2015, Volume 349, Issue 6243, pp. 70 - 74
Individual cortical neurons can selectively respond to specific environmental features, such as visual motion or faces. How this relates to the selectivity of... 
ORGANIZATION | VISUAL-CORTEX | SUBTYPES | MULTIDISCIPLINARY SCIENCES | MOUSE | NEURONS | STIMULUS SELECTIVITY | RECEPTIVE-FIELDS | Brain | Sensory perception | Neurons | Neurobiology | Networks | Cortexes | Modules | Viruses | Extraction | Orientation | Visual
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14. Full Text A Critical Period for Experience-Dependent Remodeling of Adult-Born Neuron Connectivity
by Bergami, Matteo and Masserdotti, Giacomo and Temprana, Silvio G and Motori, Elisa and Eriksson, Therese M and Göbel, Jana and Yang, Sung Min and Conzelmann, Karl-Klaus and Schinder, Alejandro F and Götz, Magdalena and Berninger, Benedikt
Neuron, ISSN 0896-6273, 02/2015, Volume 85, Issue 4, pp. 710 - 717
Neurogenesis in the dentate gyrus (DG) of the adult hippocampus is a process regulated by experience. To understand whether experience also modifies the... 
PATTERN SEPARATION | ACTIVATION | INTEGRATION | BEHAVIOR | GENERATED GRANULE CELLS | RABIES VIRUS | DENTATE GYRUS | MATURATION | HIPPOCAMPAL NEUROGENESIS | NEUROSCIENCES | ENHANCED SYNAPTIC PLASTICITY | Motor Activity - physiology | Brain - cytology | Embryo, Mammalian | Mice, Inbred C57BL | Cells, Cultured | Male | Mice, Transgenic | Neurons - cytology | Critical Period (Psychology) | Brain - physiology | Nerve Net - physiology | Neural Pathways - physiology | Neurogenesis | Animals | Neuronal Plasticity - physiology | Transfection | Time Factors | Neurons - physiology | Environment | Luminescent Proteins - genetics | Mice | Luminescent Proteins - metabolism | Neurons | Neurosciences | Stem cells | Statistical analysis | Lasers | Information processing | Connectivity | Infections | Experiments
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15. Full Text Central amygdala circuits modulate food consumption through a positive-valence mechanism
by Douglass, Amelia M and Kucukdereli, Hakan and Ponserre, Marion and Markovic, Milica and Gründemann, Jan and Strobel, Cornelia and Alcala Morales, Pilar L and Conzelmann, Karl-Klaus and Lüthi, Andreas and Klein, Rüdiger
Nature Neuroscience, ISSN 1097-6256, 10/2017, Volume 20, Issue 10, pp. 1384 - 1394
The complex behaviors underlying reward seeking and consumption are integral to organism survival. The hypothalamus and mesolimbic dopamine system are key... 
LATERAL HYPOTHALAMUS | ACTIVATION | INCENTIVE SALIENCE | LIPOPOLYSACCHARIDE | LITHIUM-CHLORIDE | CONSUMMATORY BEHAVIORS | DOPAMINERGIC-NEURONS | CONDITIONED FEAR | RAT-BRAIN | REWARD | NEUROSCIENCES | Central Amygdaloid Nucleus - cytology | Receptor, Serotonin, 5-HT2C - metabolism | Reinforcement (Psychology) | Conditioning, Operant - physiology | Male | Mice, Transgenic | Neural Pathways - physiology | Central Amygdaloid Nucleus - physiology | Eating - physiology | Neural Inhibition - physiology | Reinforcement Schedule | Animals | Parabrachial Nucleus - physiology | Neurons - physiology | Mice | Neurons - metabolism | Psychological aspects | Neural circuitry | Medical examination | Food consumption | Amygdala (Brain) | Neuroimaging | Brain | Dopamine | Amygdala | Serotonin | Neurons | Mesolimbic system | Circuits | Calcium imaging | Hypothalamus | Feeding | γ-Aminobutyric acid | Neural networks | Reinforcement | Food
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