Katalog der Deutschen Nationalbibliothek

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Servicezeiten in Frankfurt am Main ab 1. Dezember 2025: Montag bis Freitag 9–18 Uhr und Samstag 10–16 Uhr
Service hours in Frankfurt am Main from 1 December 2025: Monday to Friday 9:00-18:00 and Saturday 10:00-16:00

Leichte Bedienung, intuitive Suche: Die Betaversion unseres neuen Katalogs ist online! → Zur Betaversion des neuen DNB-Katalogs

Die Lesesäle für Geisteswissenschaften, Naturwissenschaften, der Alte Lesesaal Technik und der Anne-Frank-Shoah-Lesesaal in Leipzig schließen am 04.02.2026 wegen einer Veranstaltung bereits um 15 Uhr. Die weiteren Lesesäle sowie die Servicetheke sind zu den regulären Zeiten geöffnet. //
The humanities reading room, the natural science reading room, the old technology reading room and the reading room of the Anne-Frank-Shoah-Library will close at 15:00 on 4 February 2026 due to an event. The other reading rooms and the service desk will be open during regular hours.

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100001 - 100010 von 6710926

	100001	Porphyrin and Corrole‐Based Frameworks for Sustainable Energy Storage Enthalten in ChemistrySelect Bd. 10, 2025, Nr. 34. 21 S.
	100002	Pristine Biosorbents to Composites: An Overview on Quality Assessment, Limitations, and Advancements Toward Wheat Straw Adsorbents for Wastewater Remediation Enthalten in ChemistrySelect Bd. 10, 2025, Nr. 34. 27 S.
	100003	Revisiting Self‐Assembled Photo‐Responsive Hydrogels: Molecular Design Strategies and Biomedical Applications Enthalten in ChemistrySelect Bd. 10, 2025, Nr. 34. 27 S.
	100004	A Decade of Transition from Chemical to Green Synthesis of Nanoceria and Nanozirconia: Exploring Their Biomedical Potential Enthalten in ChemistrySelect Bd. 10, 2025, Nr. 33. 28 S.
	100005	Environmentally Benign Click Chemistry: A Path to Biologically Active Triazoles Enthalten in ChemistrySelect Bd. 10, 2025, Nr. 33. 25 S.
	100006	Green Synthesis of Silver and Gold Nanoparticles: Plant‐Mediated Approaches and Anticancer Potential Enthalten in ChemistrySelect Bd. 10, 2025, Nr. 33. 23 S.
	100007	Oxadiazole Derivatives as Multifunctional Anticancer Agents: Targeting EGFR, PI3K/Akt/mTOR, and p53 Pathways for Enhanced Therapeutic Efficacy Enthalten in ChemistrySelect Bd. 10, 2025, Nr. 33. 35 S.
	100008	Piper nigrum as a Source of Antimicrobial Agents: Bioactive Constituents, Mechanistic Insights, and Synthetic Derivatives for Antibacterial Applications Enthalten in ChemistrySelect Bd. 10, 2025, Nr. 33. 18 S.
	100009	Recent Advances in Organometallic Reagents and Catalysts: A Concise Strategy to Synthesize Cannabinoid Natural Products Enthalten in ChemistrySelect Bd. 10, 2025, Nr. 33. 18 S.
	100010	Recent Advances in Voltammetry Analysis of Pharmaceutical Compounds: The Role of Nanotechnology Enthalten in ChemistrySelect Bd. 10, 2025, Nr. 33. 30 S.