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4. Contributors

Author

Abu-Qtaish, Hussein, primary, Aga, Qutaiba Ahmed Al-Khames, additional, Ahmad, Shaban, additional, Ajaleh, Salam Abu, additional, Al Thaher, Yazan, additional, Alaswad, Saleh O., additional, Al-Bataineh, Yazan, additional, Al-Dhabi, Naif Abdullah, additional, Aljabali, Alaa A.A., additional, Almani, Dalal, additional, Alok, Vaibhav, additional, Amawi, Haneen, additional, Ambre, Premlata K., additional, Anand, Krishnan, additional, Anju, V.T., additional, Annamalai, Asaikkutti, additional, Arunachalam, Prabhakarn, additional, Babu, Palanisamy Suresh, additional, Balaraman, Ashok Kumar, additional, Balasubramanian, Balamuralikrishnan, additional, Barabadi, Hamed, additional, Bayan, Mohammad F., additional, Benko, Aleksandra, additional, Bhatt, Anant Narayan, additional, Boomi, Pandi, additional, Chandrasekaran, Balakumar, additional, Cholula-Diaz, Jorge Luis, additional, Coutinho, Evans C., additional, Dahiya, Rajiv, additional, Dahiya, Sunita, additional, Deb, Pran Kishore, additional, Deepika, Subramanyam, additional, Dhandhayuthapani, K., additional, Dyavaiah, Madhu, additional, Easwaran, Maheswaran, additional, Easwaran, Murugesh, additional, Fatouh, Joudy, additional, Gupta, Chandan Rajendra, additional, Gupta, Sanjay Kumar, additional, Hari, Rajeswary, additional, Harini, R., additional, Harishkumar, Rajendran, additional, Jaradat, Da’san M.M., additional, Kamal, Ayah, additional, Karuppaiya, Vimala, additional, Karuppiah, Hemalatha, additional, Karuppiah, Ponmurugan, additional, Kassab, Ghadir, additional, Khan, Fatima Nazish, additional, Latha, Subbiah, additional, Mahjoub, Mohammad Ali, additional, Martis, Elvis A.F., additional, Medina-Cruz, David, additional, Mehta, Sahil, additional, Meyyazhagan, Arun, additional, Moodley, Mathew K., additional, Mostafavi, Ebrahim, additional, Murugananthan, G., additional, Nadar, Divya, additional, Obeid, Mohammad A., additional, Panchu, Sarojini Jeeva, additional, Parasurama, Deepa Sankar, additional, Periakaruppan, Prakash, additional, Pokkalath, Archana, additional, Prabhu, Priyanka, additional, Prabu, Chakrapani, additional, Raja, Nageshwari, additional, Ravikumar, Padmini, additional, Ravikumar, Sundaram, additional, Rezigue, Meriem, additional, Saravanan, Muthupandian, additional, Satoof, Aishah, additional, Sawarkar, Sujata P., additional, Selvakumar, Shalini, additional, Selvamani, Palanisamy, additional, Selvaraj, Chinnadurai Immanuel, additional, Selvaraj, Mohana Roopan, additional, Senthil Rajan, D., additional, Shaban, Dimah, additional, Siddhardha, Busi, additional, Soundarapandian, Kannan, additional, Subashini, R., additional, Surchi, Hiba, additional, Surendrakumar, R., additional, Swart, H.C., additional, Thimiri Govindaraj, Deepak B., additional, Vahidi, Hossein, additional, Vernet-Crua, Ada, additional, Vijayakumar, K., additional, Webster, Thomas J., additional, Wondimu, Abrham, additional, and Zewdu, Dawit, additional

Published
2021
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5. Nanocarriers in novel drug delivery system

Author

Chandrasekaran, Balakumar, primary, Deb, Pran Kishore, additional, Bayan, Mohammad F., additional, Al-Bataineh, Yazan, additional, Aga, Qutaiba Ahmed Al-Khames, additional, Jaradat, Da’san M.M., additional, and Balaraman, Ashok Kumar, additional

Published
2021
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6. Food Traceability in Jordan

Author

Haddad, Moawiya A., primary, Yamani, Mohammed I., additional, Jaradat, Da'san M.M., additional, Obeidat, Maher, additional, Abu-Romman, Saeid M., additional, and Parisi, Salvatore, additional

Published
2021
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7. Advances in solid-phase peptide synthesis in aqueous media (ASPPS)

Author

0000-0002-9853-3272, 0000-0003-2421-1825, 0000-0002-8946-0462, Jaradat, Da'san M.M., Al Musaimi, Othman, Albericio, Fernando, 0000-0002-9853-3272, 0000-0003-2421-1825, 0000-0002-8946-0462, Jaradat, Da'san M.M., Al Musaimi, Othman, and Albericio, Fernando

Abstract

Peptides have been gaining ground in the pharmaceutical arena, with a total of 22 approvals over the last six years. These molecules are also present in antibody-drug conjugate constructs as linkers or payloads, or both. Solid-phase peptide synthesis (SPPS) is the method of choice for peptide synthesis. The introduction of an automatic synthesizer facilitated this methodology and helped in reducing the amounts of the required solvents. However, there are still concerns regarding the amounts, as well as the safety profiles, of the solvents involved in SPPS. Here, we discuss the work addressing the use of water as the greenest alternative to the common non-green solvents employed in various steps of the SPPS methodology. Various technologies were introduced which enabled the synthesis of di- and up to decapeptides in aqueous media with satisfactory yields and purities.

Published
2022

12. An efficient sorbent for phosphate removal from wastewater: a new application of phosphate mine wastes from Ruseifa City—Jordan.

Author

Ghrair, Ayoup M., Alhesan, Jameel S.A., Ahmad, Ahmad L., Ali, Mahmoud S.O., Lafi, Abdalhadi F., and Jaradat, Da’san M.M.

Subjects
WASTEWATER treatment, PHOSPHATE removal (Sewage purification), FLUORAPATITE, SORPTION, HEALTH risk factors
Abstract

Jordanian phosphate mine wastes (PMW) at Ruseifa City was fully characterized and tested for its PO4removal capacity by batch experiments using prepared phosphate solutions and domestic wastewater. PMW particles are positively charged with median particle size of 0.625 μm. Mineralogical and chemical analyses of PMW showed that it is mainly composed of calcite, fluorapatite, and quartz with high concentrations of calcium and phosphorous. The phosphate concentrations in PMW range from 11 to 24% expressed as P2O5. PMW as a sorbent has a very high PO4removal efficiency from wastewater and prepared solutions. PO4solutions with concentrations ranging from 5 to 5,000 mg L−1were prepared and utilized in batch experiments in the presence of PMW as a sorbent. The concentration of PO4in the solution phase and pH were the main parameters influencing the PMW sorption capacity of PO4. The PO4removal efficiency from prepared solutions was up to 99%. Moreover, Langmuir sorption model was able to describe the observed data for PO4sorption by PMW. The sorption data at PO4concentrations >50 mg L−1were highly fitted to Langmuir model. The estimated sorption maximum capacity (bmax) of PMW was 46,620 mg kg−1. On the other hand, domestic wastewater samples obtained from six Jordanian wastewater treatment plants were subjected to PO4removal by PMW, and the results showed that the PO4removal efficiency exceeded 97%. The adverse environmental impacts and human health risks associated with PMW presence are briefly discussed. [ABSTRACT FROM PUBLISHER]

Published
2016
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14. An efficient sorbent for phosphate removal from wastewater: a new application of phosphate mine wastes from Ruseifa City—Jordan

Author

Jaradat, Da’san M.M., Ghrair, Ayoup M., Alhesan, Jameel S.A., Ahmad, Ahmad L., Ali, Mahmoud S.O., and Lafi, Abdalhadi F.

Abstract

AbstractJordanian phosphate mine wastes (PMW) at Ruseifa City was fully characterized and tested for its PO4removal capacity by batch experiments using prepared phosphate solutions and domestic wastewater. PMW particles are positively charged with median particle size of 0.625 μm. Mineralogical and chemical analyses of PMW showed that it is mainly composed of calcite, fluorapatite, and quartz with high concentrations of calcium and phosphorous. The phosphate concentrations in PMW range from 11 to 24% expressed as P2O5. PMW as a sorbent has a very high PO4removal efficiency from wastewater and prepared solutions. PO4solutions with concentrations ranging from 5 to 5,000 mg L−1were prepared and utilized in batch experiments in the presence of PMW as a sorbent. The concentration of PO4in the solution phase and pH were the main parameters influencing the PMW sorption capacity of PO4. The PO4removal efficiency from prepared solutions was up to 99%. Moreover, Langmuir sorption model was able to describe the observed data for PO4sorption by PMW. The sorption data at PO4concentrations >50 mg L−1were highly fitted to Langmuir model. The estimated sorption maximum capacity (bmax) of PMW was 46,620 mg kg−1. On the other hand, domestic wastewater samples obtained from six Jordanian wastewater treatment plants were subjected to PO4removal by PMW, and the results showed that the PO4removal efficiency exceeded 97%. The adverse environmental impacts and human health risks associated with PMW presence are briefly discussed.

Published
2016
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18. An Introduction to Food Traceability

Author

Haddad, Moawiya A., Yamani, Mohammed I., Jaradat, Da’san M. M., Obeidat, Maher, Abu-Romman, Saeid M., Parisi, Salvatore, Haddad, Moawiya A., Yamani, Mohammed I., Jaradat, Da'san M.M., Obeidat, Maher, Abu-Romman, Saeid M., and Parisi, Salvatore

Published
2021
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