Instagram Story Viewer
View Instagram Stories Anonymously
ipblncsic
IPBLN CSIC
🦠 Instituto de Parasitología y Biomedicina López-Neyra
💊 Conocer para curar 🔬
📅ACTIVIDADES DE LA SEMANA EN EL IPBLN → del 25 al 29 de Mayo 2026
# SEMINARIO EXTERNO - VIERNES 29 de Mayo
Este viernes vendrá el Dr. Alexandre Calon, Head of the Translational Research in Tumor Microenvironment Laboratory (IMIM, Barcelona, Spain) con su ponencia.
Título: ‘Beyond Cancer Cells: The Tumor Microenvironment in Precision Oncology’
🕛 Hora: 12:00
📍 Lugar: Salón de actos IPBLN
📅WEEKLY ACTIVITIES AT IPBLN → May 25-29, 2026
# SEMINAR - FRIDAY, May 29th
This Friday Dr. Alexandre Calon, Head of the Translational Research in Tumor Microenvironment Laboratory (IMIM, Barcelona, Spain) will host a seminar here at the IPBLN.
Title: ‘Beyond Cancer Cells: The Tumor Microenvironment in Precision Oncology’
🕛 Time: 12:00 a.m.
📍 Place: IPBLN Conference Hall
Today Dr. David Monchaud (ICMUB, Dijon, France) has given a seminar at the IPBLN.
Titled: “Chemical Modulation of DNA/RNA G-Quadruplex (G4) Structures in Human Cells”.
Guanine (G)-rich DNA and RNA sequences can uniquely fold into structures known as G-quadruplexes (G4s). These four-stranded structures play key roles in DNA transactions (replication, transcription, repair) and genome stability. Over the past two decades, the field has evolved rapidly thanks to the development and use of small molecules—G4 ligands—designed to engage and probe G4s in cells. While thousands of ligands have been created, the ability to chemically destabilize them was long missing, precluding real chemical biology approaches. Surprisingly, the first hints of G4 destabilization came from TMPyP4—a molecule initially hailed as a G4 stabilizer. This study opened the way for new research into G4-unfolder molecules, culminating in PhpC, the most extensively studied destabilizer to date. PhpC has been shown to reshape DNA and RNA G4 landscapes in various cancer and neural cells, revealing the deep regulatory roles G4s play. This talk will explore the emergence of these molecules (referred to as molecular helicases) and their potential as both chemical biology tools and therapeutic agents in G4-linked diseases, including age-related disorders. The field now stands at an exciting turning point—where disrupting G4s may be just as powerful as stabilizing them.
Today Dr. David Monchaud (ICMUB, Dijon, France) has given a seminar at the IPBLN.
Titled: “Chemical Modulation of DNA/RNA G-Quadruplex (G4) Structures in Human Cells”.
Guanine (G)-rich DNA and RNA sequences can uniquely fold into structures known as G-quadruplexes (G4s). These four-stranded structures play key roles in DNA transactions (replication, transcription, repair) and genome stability. Over the past two decades, the field has evolved rapidly thanks to the development and use of small molecules—G4 ligands—designed to engage and probe G4s in cells. While thousands of ligands have been created, the ability to chemically destabilize them was long missing, precluding real chemical biology approaches. Surprisingly, the first hints of G4 destabilization came from TMPyP4—a molecule initially hailed as a G4 stabilizer. This study opened the way for new research into G4-unfolder molecules, culminating in PhpC, the most extensively studied destabilizer to date. PhpC has been shown to reshape DNA and RNA G4 landscapes in various cancer and neural cells, revealing the deep regulatory roles G4s play. This talk will explore the emergence of these molecules (referred to as molecular helicases) and their potential as both chemical biology tools and therapeutic agents in G4-linked diseases, including age-related disorders. The field now stands at an exciting turning point—where disrupting G4s may be just as powerful as stabilizing them.
Today Dr. David Monchaud (ICMUB, Dijon, France) has given a seminar at the IPBLN.
Titled: “Chemical Modulation of DNA/RNA G-Quadruplex (G4) Structures in Human Cells”.
Guanine (G)-rich DNA and RNA sequences can uniquely fold into structures known as G-quadruplexes (G4s). These four-stranded structures play key roles in DNA transactions (replication, transcription, repair) and genome stability. Over the past two decades, the field has evolved rapidly thanks to the development and use of small molecules—G4 ligands—designed to engage and probe G4s in cells. While thousands of ligands have been created, the ability to chemically destabilize them was long missing, precluding real chemical biology approaches. Surprisingly, the first hints of G4 destabilization came from TMPyP4—a molecule initially hailed as a G4 stabilizer. This study opened the way for new research into G4-unfolder molecules, culminating in PhpC, the most extensively studied destabilizer to date. PhpC has been shown to reshape DNA and RNA G4 landscapes in various cancer and neural cells, revealing the deep regulatory roles G4s play. This talk will explore the emergence of these molecules (referred to as molecular helicases) and their potential as both chemical biology tools and therapeutic agents in G4-linked diseases, including age-related disorders. The field now stands at an exciting turning point—where disrupting G4s may be just as powerful as stabilizing them.
Today Dr. David Monchaud (ICMUB, Dijon, France) has given a seminar at the IPBLN.
Titled: “Chemical Modulation of DNA/RNA G-Quadruplex (G4) Structures in Human Cells”.
Guanine (G)-rich DNA and RNA sequences can uniquely fold into structures known as G-quadruplexes (G4s). These four-stranded structures play key roles in DNA transactions (replication, transcription, repair) and genome stability. Over the past two decades, the field has evolved rapidly thanks to the development and use of small molecules—G4 ligands—designed to engage and probe G4s in cells. While thousands of ligands have been created, the ability to chemically destabilize them was long missing, precluding real chemical biology approaches. Surprisingly, the first hints of G4 destabilization came from TMPyP4—a molecule initially hailed as a G4 stabilizer. This study opened the way for new research into G4-unfolder molecules, culminating in PhpC, the most extensively studied destabilizer to date. PhpC has been shown to reshape DNA and RNA G4 landscapes in various cancer and neural cells, revealing the deep regulatory roles G4s play. This talk will explore the emergence of these molecules (referred to as molecular helicases) and their potential as both chemical biology tools and therapeutic agents in G4-linked diseases, including age-related disorders. The field now stands at an exciting turning point—where disrupting G4s may be just as powerful as stabilizing them.
Esta semana visitaron el Instituto de Parasitología y Biomedicina López-Neyra (IPBLN) alumnado del IES Montevives ( iesmontevives ).
Han conocido las unidades de Bioinformática 💻, Proteómica🧪, Microscopía 🔬, Animalario 🐁 y Prevención de Riesgos Laborales.
¡Muchas gracias por la visita!👀
¡Esperamos haber impulsado o incluso despertado algunas vocaciones científicas! 🤗
¡Ayer tuvimos nuestra primera sesión de PINT KIDS 👦👧 en @nuevaestaciongranada por parte del equipo del @ipblncsic!
Los niños y niñas entendieron el ADN 🧬 de sus células haciendo pulseras de colores, combatieron la Leishmania 🦟 con un juego de cartas y aprendieron sobre enfermedades con un juego de memory 🧠
Todo esto en el taller 🧁 CIENCIA PARA MERENDAR 🤤 impartido por Elena González Rey, Carlota Domingo Lamelas, Vera Fuentes y Valeria Serrano.
HOY, martes, tendremos más actividades en @nuevaestaciongranada.
Lucía García Alcántara y David Vera impartirán el taller 🕵️DETECTIVES de la NATURALEZA ☘️
#Pint26GRA #Pint26ES #Pint26
@pintofsciencees
@parqueciencias @fcienciasugr @iaa_csic @iberozoa_granada @ipblncsic @canalugr @csicdivulga @ugrdivulga_
¡Ayer tuvimos nuestra primera sesión de PINT KIDS 👦👧 en @nuevaestaciongranada por parte del equipo del @ipblncsic!
Los niños y niñas entendieron el ADN 🧬 de sus células haciendo pulseras de colores, combatieron la Leishmania 🦟 con un juego de cartas y aprendieron sobre enfermedades con un juego de memory 🧠
Todo esto en el taller 🧁 CIENCIA PARA MERENDAR 🤤 impartido por Elena González Rey, Carlota Domingo Lamelas, Vera Fuentes y Valeria Serrano.
HOY, martes, tendremos más actividades en @nuevaestaciongranada.
Lucía García Alcántara y David Vera impartirán el taller 🕵️DETECTIVES de la NATURALEZA ☘️
#Pint26GRA #Pint26ES #Pint26
@pintofsciencees
@parqueciencias @fcienciasugr @iaa_csic @iberozoa_granada @ipblncsic @canalugr @csicdivulga @ugrdivulga_
¡Ayer tuvimos nuestra primera sesión de PINT KIDS 👦👧 en @nuevaestaciongranada por parte del equipo del @ipblncsic!
Los niños y niñas entendieron el ADN 🧬 de sus células haciendo pulseras de colores, combatieron la Leishmania 🦟 con un juego de cartas y aprendieron sobre enfermedades con un juego de memory 🧠
Todo esto en el taller 🧁 CIENCIA PARA MERENDAR 🤤 impartido por Elena González Rey, Carlota Domingo Lamelas, Vera Fuentes y Valeria Serrano.
HOY, martes, tendremos más actividades en @nuevaestaciongranada.
Lucía García Alcántara y David Vera impartirán el taller 🕵️DETECTIVES de la NATURALEZA ☘️
#Pint26GRA #Pint26ES #Pint26
@pintofsciencees
@parqueciencias @fcienciasugr @iaa_csic @iberozoa_granada @ipblncsic @canalugr @csicdivulga @ugrdivulga_
¡Ayer tuvimos nuestra primera sesión de PINT KIDS 👦👧 en @nuevaestaciongranada por parte del equipo del @ipblncsic!
Los niños y niñas entendieron el ADN 🧬 de sus células haciendo pulseras de colores, combatieron la Leishmania 🦟 con un juego de cartas y aprendieron sobre enfermedades con un juego de memory 🧠
Todo esto en el taller 🧁 CIENCIA PARA MERENDAR 🤤 impartido por Elena González Rey, Carlota Domingo Lamelas, Vera Fuentes y Valeria Serrano.
HOY, martes, tendremos más actividades en @nuevaestaciongranada.
Lucía García Alcántara y David Vera impartirán el taller 🕵️DETECTIVES de la NATURALEZA ☘️
#Pint26GRA #Pint26ES #Pint26
@pintofsciencees
@parqueciencias @fcienciasugr @iaa_csic @iberozoa_granada @ipblncsic @canalugr @csicdivulga @ugrdivulga_
¡Ayer tuvimos nuestra primera sesión de PINT KIDS 👦👧 en @nuevaestaciongranada por parte del equipo del @ipblncsic!
Los niños y niñas entendieron el ADN 🧬 de sus células haciendo pulseras de colores, combatieron la Leishmania 🦟 con un juego de cartas y aprendieron sobre enfermedades con un juego de memory 🧠
Todo esto en el taller 🧁 CIENCIA PARA MERENDAR 🤤 impartido por Elena González Rey, Carlota Domingo Lamelas, Vera Fuentes y Valeria Serrano.
HOY, martes, tendremos más actividades en @nuevaestaciongranada.
Lucía García Alcántara y David Vera impartirán el taller 🕵️DETECTIVES de la NATURALEZA ☘️
#Pint26GRA #Pint26ES #Pint26
@pintofsciencees
@parqueciencias @fcienciasugr @iaa_csic @iberozoa_granada @ipblncsic @canalugr @csicdivulga @ugrdivulga_
¡Ayer tuvimos nuestra primera sesión de PINT KIDS 👦👧 en @nuevaestaciongranada por parte del equipo del @ipblncsic!
Los niños y niñas entendieron el ADN 🧬 de sus células haciendo pulseras de colores, combatieron la Leishmania 🦟 con un juego de cartas y aprendieron sobre enfermedades con un juego de memory 🧠
Todo esto en el taller 🧁 CIENCIA PARA MERENDAR 🤤 impartido por Elena González Rey, Carlota Domingo Lamelas, Vera Fuentes y Valeria Serrano.
HOY, martes, tendremos más actividades en @nuevaestaciongranada.
Lucía García Alcántara y David Vera impartirán el taller 🕵️DETECTIVES de la NATURALEZA ☘️
#Pint26GRA #Pint26ES #Pint26
@pintofsciencees
@parqueciencias @fcienciasugr @iaa_csic @iberozoa_granada @ipblncsic @canalugr @csicdivulga @ugrdivulga_
¡Ayer tuvimos nuestra primera sesión de PINT KIDS 👦👧 en @nuevaestaciongranada por parte del equipo del @ipblncsic!
Los niños y niñas entendieron el ADN 🧬 de sus células haciendo pulseras de colores, combatieron la Leishmania 🦟 con un juego de cartas y aprendieron sobre enfermedades con un juego de memory 🧠
Todo esto en el taller 🧁 CIENCIA PARA MERENDAR 🤤 impartido por Elena González Rey, Carlota Domingo Lamelas, Vera Fuentes y Valeria Serrano.
HOY, martes, tendremos más actividades en @nuevaestaciongranada.
Lucía García Alcántara y David Vera impartirán el taller 🕵️DETECTIVES de la NATURALEZA ☘️
#Pint26GRA #Pint26ES #Pint26
@pintofsciencees
@parqueciencias @fcienciasugr @iaa_csic @iberozoa_granada @ipblncsic @canalugr @csicdivulga @ugrdivulga_
¡Ayer tuvimos nuestra primera sesión de PINT KIDS 👦👧 en @nuevaestaciongranada por parte del equipo del @ipblncsic!
Los niños y niñas entendieron el ADN 🧬 de sus células haciendo pulseras de colores, combatieron la Leishmania 🦟 con un juego de cartas y aprendieron sobre enfermedades con un juego de memory 🧠
Todo esto en el taller 🧁 CIENCIA PARA MERENDAR 🤤 impartido por Elena González Rey, Carlota Domingo Lamelas, Vera Fuentes y Valeria Serrano.
HOY, martes, tendremos más actividades en @nuevaestaciongranada.
Lucía García Alcántara y David Vera impartirán el taller 🕵️DETECTIVES de la NATURALEZA ☘️
#Pint26GRA #Pint26ES #Pint26
@pintofsciencees
@parqueciencias @fcienciasugr @iaa_csic @iberozoa_granada @ipblncsic @canalugr @csicdivulga @ugrdivulga_
¡Ayer tuvimos nuestra primera sesión de PINT KIDS 👦👧 en @nuevaestaciongranada por parte del equipo del @ipblncsic!
Los niños y niñas entendieron el ADN 🧬 de sus células haciendo pulseras de colores, combatieron la Leishmania 🦟 con un juego de cartas y aprendieron sobre enfermedades con un juego de memory 🧠
Todo esto en el taller 🧁 CIENCIA PARA MERENDAR 🤤 impartido por Elena González Rey, Carlota Domingo Lamelas, Vera Fuentes y Valeria Serrano.
HOY, martes, tendremos más actividades en @nuevaestaciongranada.
Lucía García Alcántara y David Vera impartirán el taller 🕵️DETECTIVES de la NATURALEZA ☘️
#Pint26GRA #Pint26ES #Pint26
@pintofsciencees
@parqueciencias @fcienciasugr @iaa_csic @iberozoa_granada @ipblncsic @canalugr @csicdivulga @ugrdivulga_
Hoy en el Instituto de Parasitología y Biomedicina López-Neyra (IPBLN), Janet Martín Campos, ha realizado un seminario WIP.
Título: ‘Unraveling GAAA TREs: Mechanism, expansion and implications in renal cell carcinoma’.
Today at Instituto de Parasitología y Biomedicina López-Neyra (IPBLN), Janet Martín Campos gave a WIP seminar.
Title: ‘Unraveling GAAA TREs: Mechanism, expansion and implications in renal cell carcinoma’.
Hoy en el Instituto de Parasitología y Biomedicina López-Neyra (IPBLN), Janet Martín Campos, ha realizado un seminario WIP.
Título: ‘Unraveling GAAA TREs: Mechanism, expansion and implications in renal cell carcinoma’.
Today at Instituto de Parasitología y Biomedicina López-Neyra (IPBLN), Janet Martín Campos gave a WIP seminar.
Title: ‘Unraveling GAAA TREs: Mechanism, expansion and implications in renal cell carcinoma’.
Hoy en el Instituto de Parasitología y Biomedicina López-Neyra (IPBLN), Janet Martín Campos, ha realizado un seminario WIP.
Título: ‘Unraveling GAAA TREs: Mechanism, expansion and implications in renal cell carcinoma’.
Today at Instituto de Parasitología y Biomedicina López-Neyra (IPBLN), Janet Martín Campos gave a WIP seminar.
Title: ‘Unraveling GAAA TREs: Mechanism, expansion and implications in renal cell carcinoma’.
📅 ACTIVIDADES DE LA SEMANA EN EL IPBLN → del 18 al 22 de Mayo 2026
# WIP Seminar - MARTES 19 de mayo
Este martes tendremos el WIP de Janet Martín Campos.
Título: 'Unraveling GAAA TREs: Mechanism, expansion and implications in renal cell carcinoma’
Grupo: Daza-Martín group (Lab 102)
🕛 Hora: 10:00
📍 Lugar: Salón de Actos del IPBLN
# VISITA de un Centro Docente - MIÉRCOLES 20 de Mayo
Este miércoles nos visitará el alumnado del IES Montevives de las Gabias.
🕛 Hora: de 10:00 a 13:00
📍 Lugares: Salón de Actos, Proteómica, Microscopía.
# SEMINARIO EXTERNO - VIERNES 22 de Mayo
Este viernes vendrá el Dr. David Monchaud (ICMUB, Dijon, France) con su ponencia.
Titulo: ‘Chemical modulation of DNA/RNA G-quadruplex (G4) structures in human cells’
🕛 Hora: 12:00
📍 Lugar: Salón de actos IPBLN
📅WEEKLY ACTIVITIES AT IPBLN → May 18-22, 2026
# WIP Seminar - TUESDAY, May 19th
This Tuesday we will host the WIP seminar by Janet Martín Campos.
Title: 'Unraveling GAAA TREs: Mechanism, expansion and implications in renal cell carcinoma’
🕛 Time: 10:00 a.m.
📍 Place: IPBLN Conference Hall
# High school visit to IPBLN - WEDNESDAY, May 20th
This Wednesday we will receive a visit from a High School classroom.
🕛 Time: 10:00 a.m. – 1:00 p.m.
📍 Places: IPBLN Conference Hall, Protemics and Microscopy laboratories offices.
# SEMINAR - FRIDAY, May 22th
This Friday Dr. David Monchaud (ICMUB, Dijon, France) will host a seminar here at the IPBLN.
Title: ‘Chemical modulation of DNA/RNA G-quadruplex (G4) structures in human cells’
🕛 Time: 12:00 a.m.
📍 Place: IPBLN Conference Hall
📅 ACTIVIDADES DE LA SEMANA EN EL IPBLN → del 18 al 22 de Mayo 2026
# WIP Seminar - MARTES 19 de mayo
Este martes tendremos el WIP de Janet Martín Campos.
Título: 'Unraveling GAAA TREs: Mechanism, expansion and implications in renal cell carcinoma’
Grupo: Daza-Martín group (Lab 102)
🕛 Hora: 10:00
📍 Lugar: Salón de Actos del IPBLN
# VISITA de un Centro Docente - MIÉRCOLES 20 de Mayo
Este miércoles nos visitará el alumnado del IES Montevives de las Gabias.
🕛 Hora: de 10:00 a 13:00
📍 Lugares: Salón de Actos, Proteómica, Microscopía.
# SEMINARIO EXTERNO - VIERNES 22 de Mayo
Este viernes vendrá el Dr. David Monchaud (ICMUB, Dijon, France) con su ponencia.
Titulo: ‘Chemical modulation of DNA/RNA G-quadruplex (G4) structures in human cells’
🕛 Hora: 12:00
📍 Lugar: Salón de actos IPBLN
📅WEEKLY ACTIVITIES AT IPBLN → May 18-22, 2026
# WIP Seminar - TUESDAY, May 19th
This Tuesday we will host the WIP seminar by Janet Martín Campos.
Title: 'Unraveling GAAA TREs: Mechanism, expansion and implications in renal cell carcinoma’
🕛 Time: 10:00 a.m.
📍 Place: IPBLN Conference Hall
# High school visit to IPBLN - WEDNESDAY, May 20th
This Wednesday we will receive a visit from a High School classroom.
🕛 Time: 10:00 a.m. – 1:00 p.m.
📍 Places: IPBLN Conference Hall, Protemics and Microscopy laboratories offices.
# SEMINAR - FRIDAY, May 22th
This Friday Dr. David Monchaud (ICMUB, Dijon, France) will host a seminar here at the IPBLN.
Title: ‘Chemical modulation of DNA/RNA G-quadruplex (G4) structures in human cells’
🕛 Time: 12:00 a.m.
📍 Place: IPBLN Conference Hall
Today, we hosted a seminar by Verónica I. Dorero at the IPBLN.
Title: ‘A Molecular Perspective of Celiac Disease: Linking Peptide Nanostructures, Innate Immunity, and the Microbiome’.
Gluten-related disorders (GRDs) are a group of diseases that occur after eating gluten, a protein found in wheat, barley, rye, and related grains. The most common GRDs are celiac disease (CD), wheat allergy (WA), and non-celiac gluten sensitivity (NCGS). These conditions involve abnormal immune responses to gluten-containing foods, which may lead to intestinal and systemic symptoms. In CD, gluten ingestion triggers an adaptive immune reaction characterized by T-cell activation and the generation of anti-tissue transglutaminase and anti-endomysial antibodies. This immune cascade causes damage to the small intestinal mucosa, often seen as villous atrophy and crypt hyperplasia. Patients can present with gastrointestinal symptoms such as diarrhea and malabsorption, but extraintestinal features like fatigue are also common, and in some cases, individuals may remain asymptomatic. CD is strongly associated with genetic predisposition, particularly the HLA-DQ2 and/or HLA-DQ8 alleles, but 30% of the general population carries these alleles; the worldwide prevalence of CD is 1%. Therefore, other environmental factors account for the onset of disease.
We are interested in the early stages of disease development, where the chemical behavior of gluten peptides and their interactions with the innate immune system and the microbiome may play a significant role. The aim is to develop therapeutic or nutritional approaches for prevention and treatment, grounded in a profound understanding of the biochemistry of gluten peptides. She has presented their latest results.
Today, we hosted a seminar by Verónica I. Dorero at the IPBLN.
Title: ‘A Molecular Perspective of Celiac Disease: Linking Peptide Nanostructures, Innate Immunity, and the Microbiome’.
Gluten-related disorders (GRDs) are a group of diseases that occur after eating gluten, a protein found in wheat, barley, rye, and related grains. The most common GRDs are celiac disease (CD), wheat allergy (WA), and non-celiac gluten sensitivity (NCGS). These conditions involve abnormal immune responses to gluten-containing foods, which may lead to intestinal and systemic symptoms. In CD, gluten ingestion triggers an adaptive immune reaction characterized by T-cell activation and the generation of anti-tissue transglutaminase and anti-endomysial antibodies. This immune cascade causes damage to the small intestinal mucosa, often seen as villous atrophy and crypt hyperplasia. Patients can present with gastrointestinal symptoms such as diarrhea and malabsorption, but extraintestinal features like fatigue are also common, and in some cases, individuals may remain asymptomatic. CD is strongly associated with genetic predisposition, particularly the HLA-DQ2 and/or HLA-DQ8 alleles, but 30% of the general population carries these alleles; the worldwide prevalence of CD is 1%. Therefore, other environmental factors account for the onset of disease.
We are interested in the early stages of disease development, where the chemical behavior of gluten peptides and their interactions with the innate immune system and the microbiome may play a significant role. The aim is to develop therapeutic or nutritional approaches for prevention and treatment, grounded in a profound understanding of the biochemistry of gluten peptides. She has presented their latest results.
Today, we hosted a seminar by Verónica I. Dorero at the IPBLN.
Title: ‘A Molecular Perspective of Celiac Disease: Linking Peptide Nanostructures, Innate Immunity, and the Microbiome’.
Gluten-related disorders (GRDs) are a group of diseases that occur after eating gluten, a protein found in wheat, barley, rye, and related grains. The most common GRDs are celiac disease (CD), wheat allergy (WA), and non-celiac gluten sensitivity (NCGS). These conditions involve abnormal immune responses to gluten-containing foods, which may lead to intestinal and systemic symptoms. In CD, gluten ingestion triggers an adaptive immune reaction characterized by T-cell activation and the generation of anti-tissue transglutaminase and anti-endomysial antibodies. This immune cascade causes damage to the small intestinal mucosa, often seen as villous atrophy and crypt hyperplasia. Patients can present with gastrointestinal symptoms such as diarrhea and malabsorption, but extraintestinal features like fatigue are also common, and in some cases, individuals may remain asymptomatic. CD is strongly associated with genetic predisposition, particularly the HLA-DQ2 and/or HLA-DQ8 alleles, but 30% of the general population carries these alleles; the worldwide prevalence of CD is 1%. Therefore, other environmental factors account for the onset of disease.
We are interested in the early stages of disease development, where the chemical behavior of gluten peptides and their interactions with the innate immune system and the microbiome may play a significant role. The aim is to develop therapeutic or nutritional approaches for prevention and treatment, grounded in a profound understanding of the biochemistry of gluten peptides. She has presented their latest results.
Today, we hosted a seminar by Verónica I. Dorero at the IPBLN.
Title: ‘A Molecular Perspective of Celiac Disease: Linking Peptide Nanostructures, Innate Immunity, and the Microbiome’.
Gluten-related disorders (GRDs) are a group of diseases that occur after eating gluten, a protein found in wheat, barley, rye, and related grains. The most common GRDs are celiac disease (CD), wheat allergy (WA), and non-celiac gluten sensitivity (NCGS). These conditions involve abnormal immune responses to gluten-containing foods, which may lead to intestinal and systemic symptoms. In CD, gluten ingestion triggers an adaptive immune reaction characterized by T-cell activation and the generation of anti-tissue transglutaminase and anti-endomysial antibodies. This immune cascade causes damage to the small intestinal mucosa, often seen as villous atrophy and crypt hyperplasia. Patients can present with gastrointestinal symptoms such as diarrhea and malabsorption, but extraintestinal features like fatigue are also common, and in some cases, individuals may remain asymptomatic. CD is strongly associated with genetic predisposition, particularly the HLA-DQ2 and/or HLA-DQ8 alleles, but 30% of the general population carries these alleles; the worldwide prevalence of CD is 1%. Therefore, other environmental factors account for the onset of disease.
We are interested in the early stages of disease development, where the chemical behavior of gluten peptides and their interactions with the innate immune system and the microbiome may play a significant role. The aim is to develop therapeutic or nutritional approaches for prevention and treatment, grounded in a profound understanding of the biochemistry of gluten peptides. She has presented their latest results.
Cientifiqueando con el Centro Albaysos ⚗️🧬 en una segunda sesión de #PuentesDeCiencia.
¡¡Muchas gracias por la visita de ayer, equipo!! 👏😊
Cientifiqueando con el Centro Albaysos ⚗️🧬 en una segunda sesión de #PuentesDeCiencia.
¡¡Muchas gracias por la visita de ayer, equipo!! 👏😊
Cientifiqueando con el Centro Albaysos ⚗️🧬 en una segunda sesión de #PuentesDeCiencia.
¡¡Muchas gracias por la visita de ayer, equipo!! 👏😊
Cientifiqueando con el Centro Albaysos ⚗️🧬 en una segunda sesión de #PuentesDeCiencia.
¡¡Muchas gracias por la visita de ayer, equipo!! 👏😊
📽️ ¡Así ha sido la rueda de prensa del Pint Of Science Granada 2026, celebrada en el IAA-CSIC!
@pintofsciencees
@new_chicago_oficial
@salapremiergranada
¡Hoy estamos en la rueda de prensa del Pint Of Science Granada 2026!
En el siguiente enlace podéis ver todos los eventos que se van a realizar en Granada: https://pintofscience.es/events/granada/
¡Hoy estamos en la rueda de prensa del Pint Of Science Granada 2026!
En el siguiente enlace podéis ver todos los eventos que se van a realizar en Granada: https://pintofscience.es/events/granada/
¡Hoy estamos en la rueda de prensa del Pint Of Science Granada 2026!
En el siguiente enlace podéis ver todos los eventos que se van a realizar en Granada: https://pintofscience.es/events/granada/
Today Chiranan Khantham has presented a WIP seminar in the IPBLN, titled: “Sex-biased Fibroblast Subpopulations and Transcriptional Programs Reveal Mechanisms of Skin Lesion Development in Systemic Sclerosis.”
Today Chiranan Khantham has presented a WIP seminar in the IPBLN, titled: “Sex-biased Fibroblast Subpopulations and Transcriptional Programs Reveal Mechanisms of Skin Lesion Development in Systemic Sclerosis.”
Today Chiranan Khantham has presented a WIP seminar in the IPBLN, titled: “Sex-biased Fibroblast Subpopulations and Transcriptional Programs Reveal Mechanisms of Skin Lesion Development in Systemic Sclerosis.”
Today Chiranan Khantham has presented a WIP seminar in the IPBLN, titled: “Sex-biased Fibroblast Subpopulations and Transcriptional Programs Reveal Mechanisms of Skin Lesion Development in Systemic Sclerosis.”
Este sábado 9 de mayo el IPBLN participó en la 28ª edición de la Feria de la Ciencia en el Parque de las Ciencias de Granada.
El equipo de divulgación hizo un guiñol científico donde desde los más pequeños hasta los más mayores aprendieron cosas nuevas y pasaron un rato muy divertido.
This Saturday, May 9, the IPBLN participated in the 28th edition of the Science Fair at the Science Park in Granada.
The outreach team put on a science puppet show where everyone - from the youngest to the oldest - learned new things and had a great time.
Este sábado 9 de mayo el IPBLN participó en la 28ª edición de la Feria de la Ciencia en el Parque de las Ciencias de Granada.
El equipo de divulgación hizo un guiñol científico donde desde los más pequeños hasta los más mayores aprendieron cosas nuevas y pasaron un rato muy divertido.
This Saturday, May 9, the IPBLN participated in the 28th edition of the Science Fair at the Science Park in Granada.
The outreach team put on a science puppet show where everyone - from the youngest to the oldest - learned new things and had a great time.
Este sábado 9 de mayo el IPBLN participó en la 28ª edición de la Feria de la Ciencia en el Parque de las Ciencias de Granada.
El equipo de divulgación hizo un guiñol científico donde desde los más pequeños hasta los más mayores aprendieron cosas nuevas y pasaron un rato muy divertido.
This Saturday, May 9, the IPBLN participated in the 28th edition of the Science Fair at the Science Park in Granada.
The outreach team put on a science puppet show where everyone - from the youngest to the oldest - learned new things and had a great time.
Este sábado 9 de mayo el IPBLN participó en la 28ª edición de la Feria de la Ciencia en el Parque de las Ciencias de Granada.
El equipo de divulgación hizo un guiñol científico donde desde los más pequeños hasta los más mayores aprendieron cosas nuevas y pasaron un rato muy divertido.
This Saturday, May 9, the IPBLN participated in the 28th edition of the Science Fair at the Science Park in Granada.
The outreach team put on a science puppet show where everyone - from the youngest to the oldest - learned new things and had a great time.
View Instagram Stories in Secret
The Instagram Story Viewer is an easy tool that lets you secretly watch and save Instagram stories, videos, photos, or IGTV. With this service, you can download content and enjoy it offline whenever you like. If you find something interesting on Instagram that you’d like to check out later or want to view stories while staying anonymous, our Viewer is perfect for you. Anonstories offers an excellent solution for keeping your identity hidden. Instagram first launched the Stories feature in August 2023, which was quickly adopted by other platforms due to its engaging, time-sensitive format. Stories let users share quick updates, whether photos, videos, or selfies, enhanced with text, emojis, or filters, and are visible for only 24 hours. This limited time frame creates high engagement compared to regular posts. In today’s world, Stories are one of the most popular ways to connect and communicate on social media. However, when you view a Story, the creator can see your name in their viewer list, which may be a privacy concern. What if you wish to browse Stories without being noticed? Here’s where Anonstories becomes useful. It allows you to watch public Instagram content without revealing your identity. Simply enter the username of the profile you’re curious about, and the tool will display their latest Stories. Features of Anonstories Viewer: - Anonymous Browsing: Watch Stories without showing up on the viewer list. - No Account Needed: View public content without signing up for an Instagram account. - Content Download: Save any Stories content directly to your device for offline use. - View Highlights: Access Instagram Highlights, even beyond the 24-hour window. - Repost Monitoring: Track the reposts or engagement levels on Stories for personal profiles. Limitations: - This tool works only with public accounts; private accounts remain inaccessible. Benefits: - Privacy-Friendly: Watch any Instagram content without being noticed. - Simple and Easy: No app installation or registration required. - Exclusive Tools: Download and manage content in ways Instagram doesn’t offer.
Advantages of Anonstories
Explore IG Stories Privately
Keep track of Instagram updates discreetly while protecting your privacy and staying anonymous.
Private Instagram Viewer
View profiles and photos anonymously with ease using the Private Profile Viewer.
Story Viewer for Free
This free tool allows you to view Instagram Stories anonymously, ensuring your activity remains hidden from the story uploader.
Frequently asked questions
Anonymity
Anonstories lets users view Instagram stories without alerting the creator.
Device Compatibility
Works seamlessly on iOS, Android, Windows, macOS, and modern browsers like Chrome and Safari.
Safety and Privacy
Prioritizes secure, anonymous browsing without requiring login credentials.
No Registration
Users can view public stories by simply entering a username—no account needed.
Supported Formats
Downloads photos (JPEG) and videos (MP4) with ease.
Cost
The service is free to use.
Private Accounts
Content from private accounts can only be accessed by followers.
File Usage
Files are for personal or educational use only and must comply with copyright rules.
How It Works
Enter a public username to view or download stories. The service generates direct links for saving content locally.