- Design and evaluation of targeted nanoparticulate drug delivery system for the treatment of brain tumour by Wockhardt UK (Holdings) | Principal Investigator: Prof. Kamalinder K Singh
- 3D printing of solid dosage form for personalised medicine | Principal Investigator: Dr. Mohamed Albed Alhnan
- Development of fabrics with long lasting antimicrobial finish | Principal Investigator: Dr. Marta Krysmann
- Transforming oils/oily bioactives into freeflowing solid micro particles | Principal Investigator: Professor Kamalinder Singh
Research within the ‘Nanomedicine and innovative technologies’ research group focuses on design and development of nanotechnologies and exploiting them to overcome various biological barriers for treatment of range of human diseases including cancer, parasitic diseases (malaria), infection, dermatological conditions and biotechnological applications. Nanotechnologies being investigated by team members include polymer micelles, dendrimers, metal, protein, polymeric, lipid and hybrid nanoparticles, nanocrystals, cocrystals, nanosuspensions, biocarriers and selfassembled peptides.
Research within the group also encompasses patient tailored 3D printing of medicine and innovative coating and taste masking technologies. The research spans following areas of development; pre formulation; formulation development; physicochemical characterisation; stability assessment and prediction; biophysical assessment, invitro and biopharmaceutical performance, cell interaction, transport mechanism; efficacy, pharmacokinetics and biodistribution.
Our research covers multidisciplinary areas including material science, chemistry, pharmaceutics, biopharmaceutics, drug delivery, nanotechnology, molecular biology, biospectroscopy, biophysics, microbiology, medicine and dentistry with ultimate goal to develop novel, targeted and efficient treatment methods for patient care.
- Research paper by Justyna Skowyra, Katarzyna Pietrzaka, Mohamed A. Alhnan ‘’ Fabrication of extendedrelease patienttailored prednisolone tablets via fused deposition modelling (FDM) 3D printing’’ was chosen as the best research paper in 2015 for European Journal of Pharmaceutical Sciences. (http://www.sciencedirect.com/science/article/pii/S0928098714004370)
- Research paper by Suha Zwayen, Niroshini Nirmalan, Peter Craig Seville, Kamalinder K Singh “Optimising Nanocarrier Drug Delivery System for Antimalarial Chemotherapy” won the 1st prize at Functional Nanomaterials in Industrial application: AcademicIndustry Meet 2931st March, 2016. Symposium Prize sponsored by Hosokawa Micron Ltd
Books and Publications
- ‘Emerging Trends in NanoBioMedicine, Nano Nutraceuticals’, book by Kamalinder.K.Singh (UCLan), Bhupinder Singh, Minna Hakkarainen, CRC press Taylor and Francis Group. Chapter ‘‘Nano Resveratrol: A Promising Future Nanonutraceutical’ Kamalinder.K.Singh, Chahinez Houacine (www.crcpress.com/NanoNutraceuticals/Singh/p/book/9780815399926)
- Nanopharmaceuticals, Volume 2 Nanobiomedicine Series (in 6 Vols), Ed B. Bhoop, Kamalinder.K.Singh, G.S.Rekhi, Studium Press LLC, USA, ISBN 1626990522. 2015
- Khurana, Rajneet Kaur, Bansal, Arvind, Beg, Sarwar, Burrow, Andrea Julie, Katare, O. P, Singh, Kamalinder K and Singh, Bhupinder (2017) Enhancing Biopharmaceutical Attributes of Phospholipid Complexloaded Nanostructured Lipidic Carriers of Mangiferin: Systematic Development, Characterization and Evaluation. International Journal of Pharmaceutics, 518 (1 2). pp. 289306 (http://dx.doi.org/10.1016/j.ijpharm.2016.12.044)
- Zhou, Zhengyuan, Forbes, Robert T. and D’Emanuele, Antony (2017) Preparation of core crosslinked lineardendritic copolymer micelles with enhanced stability and their application for drug solubilisation. International Journal of Pharmaceutics, 523 (1). pp. 260269 (https://doi.org/10.1016/j.ijpharm.2017.03.032)
- Gao J., Tang C., Elsawy M., Smith A., Miller A., Saiani A., Controlling selfassembling peptide hydrogel properties through network topology, Biomacromolecules 2017; 18: 826834
- Dennison SR, Harris F, Phoenix DA Maximin H5 is an anticancer peptide Biochimie. <https://www.ncbi.nlm.nih.gov/pubmed/28249727> 2017 Feb 26. pii: S03009084(17)300445.
- Li, Junyi, Tian, Meiping, Cui, Li, Dwyer, John, Fullwood, Nigel J., Shen, Heqing and Martin, Francis L (2016) Lowdose carbonbased nanoparticleinduced effects in A549 lung cells determined by biospectroscopy are associated with increases in genomic methylation. Scientific Reports, 6. (http://dx.doi.org/10.1038/srep20207)
- Kanagasingam, Shalini, Lim, C. X, Yong, C.P and Patel, S (2016) Diagnostic accuracy of periapical radiography and cone beam computed tomography in detecting apical periodontitis using histopathological findings as a reference standard. International Endodontic Journal (https://dx.doi.org/10.1111/iej.12650)
Activities of the Team
Prof Kamalinder K Singh
Prof Kamalinder Singh’s research interests are in the field of advanced drug delivery and drug targeting with focus on formulation design and development, and evaluation of different biocompatible nanoparticle-based platform technologies including protein, lipid and hybrid nanoparticles and exploiting them to deliver drugs across various biological barriers. Her group designs QbD enabled tailored nanoparticles with predictable morphology, size, drug loading and drug transport properties. While one strand of her research focuses to address the problems of much neglected tropical disease malaria where she has developed functionalized protein nanoparticles for selective targeting to parasitized RBCs showing complete discrimination from normal RBCs; other research strand involves developing delivery vectors for the efficient delivery and targeting of anticancer drugs for brain, breast and colon cancer. She has developed robust and scalable, multifunctional hybrid nanoparticles and lipid nanostructure platforms for enabling CNS negative drugs to cross BBB. As part of her ongoing research these nanocarrier systems are being functionalised with different ligands including Mabs, peptides, Aptamers and bioactive fatty acids for specific targeting to gliomas. Research in the area of topical delivery in her research group includes developing bio-inspired lipid nanostructures for deeper skin layer targeting for various dermatological diseases including atopic dermatitis and psoriasis. She also has interest in applying nanotechnologies to traditional herbal drugs to develop nanophytomedicines.
Dr. Mohamed Alhnan
Dr Alhnan focuses the incorporation of the latest advances in material science and electronics in the pharmaceutical field. This research is bridging the gap between drug delivery and pharmaceutical technology on one hand and new materials or new design and production methods as 3D printing on the other hand. The goal of this effort is to break current boundaries of oral drug delivery systems and formulation design and link pharmacy with increasingly smart and digitally connected environment. This effort can enable the digitalisation of dosage form design and prototyping, innovation of new drug delivery systems that are responsive to biosensors and environmental changes as well as improving the personalization of dosage forms. Dr Alhnan has filed 4 patent applications in the field of 3D printing of medicine and innovative coating technology.
Dr. Enoche Oga
Dr. Enoche Oga’s main research interests involve on evaluation of the biopharmaceutical properties of drugs formulated conventionally as well as nanotechnology-based drug delivery systems. Here the pharmacokinetics including absorption models/modelling and influence of these drug delivery systems on metabolic enzymes are explored. Formulation of fixed dose combinations and drug-excipient/ excipient-excipient interaction is also a key interest. She also has broader research interests in the areas of biomaterials and biophysical chemistry, and works on several related projects including; formulation solutions for poorly-water soluble drugs and investigation of targeted delivery systems which release drugs in response to biological stimuli. Her research is geared towards matching scientific research with clinical needs.
Dr. Abdullah Isreb
Dr. Abdullah Isreb works on the optimisation and manipulation of the crystal structure of the active ingredients to optimise the stability, solubility and bioavailability of the API. These co-crystals were used in transdermal and oral drug delivery systems. Co-crystals are defined as a combination of two or more crystals using weak bonding that will not interfere with the chemical properties and yet it can improve the solubility and enhance the bioavailability of the parent drug. Similarly, changing the crystalline structure to a drug may result in improving its solubility and bioavailability as well. These two principles have been utilised in optimising the drug delivery through the oral and transdermal route. Abdulah has previously worked in Lena Nanoceutics in preparing nanosuspensions by milling. He also has experience with overseas companies to improve the bioavailability of their medications and improve their oral availability.
Dr Mohamed Elsawy
Molecular self-assembly has been exploited in Nature to develop the complex higher macromolecular structures of both the genome and proteome. Dr Elsawy’s research interests focus on understanding the fundamentals behind peptide self-assembly into bio-inspired structures for the design of novel stable, responsive and functional bionanomaterials with potential various pharmaceutical, biomedical and biotechnological applications.
The main advantage of these systems is the physicochemical tunability of the formed nanofibers by simply playing with the composition of the amino acid building blocks of the primary peptide sequence. Also, these peptide-based systems are biocompatible, biodegradable, non-toxic and non-immunogenic and thus are safe for use in pharmaceuticals and for tissue engineering applications. Together with his collaborators at University of Manchester, Dr Elsawy has developed β-sheet forming peptide nanofibers that can form hydrogels, microcapsules and nanoparticles. Recently, he has started exploring the interfacial activity of those self-assembled structures with the potential applications as emulsifiers and as stabilising agents in biopharmaceuticals. Another recent area of interest is using self-assembled peptide microcapsules for encapsulation of stem cells as safe vehicles for cell therapy application.
Prof Frank Martin
Prof Frank Martin has a long standing interest in genetic toxicology, bio-imaging and biospectroscopy and has published extensively in the field of cancer diagnosis and nanotoxicology. He has found that carbon-based nanoparticles modify the biochemistry and epigenome of important target tissues in sentinel species such as brain and gonads. This has important implications for environmental exposures and risk assessment. This research is currently concerned with biochemical alteration determined through spectrochemical methods correlate with more conventional measures, such as gene transcription or epigenetic alterations. Conversely, Frank is also exploiting other nanoparticles such as cationic gold or silver to generate enhanced images of cells or tissues following spectrochemical analyses. Such research could be important in translating spectrochemical methodologies such as Raman spectroscopy to screening / diagnostic clinical settings.
Dr. Sarah Dennison
Sarah Dennison’s research interests involve pursuing a number of questions concerning the mechanism of action of antimicrobial peptides (AMPs) and anticancer peptides (ACPs). The research is divided into two areas involving theoretical and practical based research. The theoretical approach investigates the structure / function relationships of AMPs and ACPs and has established that architectural features of α-ACPs such as amphiphilicty levels and hydrophobic arc size are of major importance to the ability of these peptides to invade microbial and/or cancer cell membranes cells. The practical side of the research investigates peptide lipid interactions using a variety of techniques. The main technique involves the use of Langmuir Blodgett troughs, which is a powerful technique used for studying peptide interactions with lipid membranes. Langmuir Blodgett troughs are used to investigate the surface activity, peptide structure at an air/water interface, the ability of the peptide to interact with various lipids and lipid systems mimetic of bacterial /tumour membranes. Circular dichroism is used to investigate the structure of the peptide in the presence of lipid systems mimetic of bacterial/tumour membranes. Fluorescence spectroscopy is technique also used to investigate the mechanism of peptide membrane interaction providing information of peptide vesicle leakage and peptide binding.
Dr Shalini Kanagasingam
Recently, nanoparticles have been developed as potential antimicrobial agents for root canal disinfection. They have greater bioadhesive properties, have the potential for targeted release therapy and are efficacious at lower concentrations when compared to current treatments. This may infer decreased cytotoxicity of the antimicrobial agent, ultimately enhancing opportunistic killing of bacteria whilst leaving healthy pulpal cells within the root canal unharmed. Nanoparticles have the potential to aid in a more predictable root canal treatment prognosis for clinicians and patients. There are also potential applications in revascularization and regenerative endodontics.
By working with interdisciplinary collaborators at UCLAN, Dr. Kanagasingam seeks to explore the potential application of nanotechnology-based intervention in improving the antimicrobial strategies to treat endodontic problems related to root canal infection. This will help dental clinicians to predictably manage infected teeth and improve the overall endodontic prognosis.
Dr Kanagasingam is an invited guest speaker at the Malaysia International Dental Exhibition and Conference (MIDEC) in July 2018. Her first presentation is at the Multi-disciplinary Symposium, and her second presentation is at the EndoMolar Workshop.
Dr Zhengyuan Zhou
Dr Zhengyuan research interest is to design and develop novel polymeric nanocarriers for drug solubilisation and delivery. The nanocarriers include polymer micelles, crosslinked nanoparticles, dendrimers, linear-dendritic hybrid copolymers etc. The properties of the nanocarriers can be tailored by modifying the functionality or conjugating with various ligands to facilitate targeted delivery. Drug molecules are incorporated within the nanocarriers via physical encapsulation or covalently attached to the carriers via a proper linker. The nanocarriers demonstrate the abilities to improve the stability of drugs, increase their solubility and also enhance the permeability to overcome cellular barriers.
Visits and Visitors
Dr Eliana Souto Assistant Professor at Department of Pharmaceutical Technology, Faculty of Pharmacy, University of Coimbra, Coimbra, Portugal visited UCLan under Distinguished Visitor Programme from 6th -8th December, 2016. She delivered research Seminar on “Lipid Nanoparticles: Perspectives, Challenges and Therapeutic Strategies”
Prof Kamalinder Singh will be visiting University of Coimbra under Erasmus Staff mobility program from 1 to 5 May, 2017
Chahinez Houacine is presenting her research on Nanoresvertrol in the forthcoming conference FIP, PSWC, 6th World Pharmaceutical Congress, 21 to 24 May, 2017
Meet The Team
Senior members of the Group include
Professor Kamalinder SinghNanomedicine & Innovative Technologies Group Lead
Vikesh ChhabriaPost-doctoral Research Assistant