1,724,258 research outputs found
Yabai Kukkī / Aqilah Humaira Abd Rahim
Full text linkAqilah Humaira Binti Abd Rahim is the founder of Yabai Kukkī. Yabai Kukkī is a food-based business that sells various flavours of freshly baked homemade cookies with affordable price to satisfy her sweet-tooth customers. Using the social media platform, Facebook as the medium for this online business, Yabai Kukkī is known for its scrumptious and affordable cookies especially during this Movement Control Order (MCO) in regards of the pandemic outburst. Customers may choose to buy their desired cookie flavour through the official platform named ‘Yabai Kukkī’ on Facebook. The name Yabai Kukkī was originally taken from the Japanese word ‘yabai’ or ‘やばい’ which is an adjective to indicate something awful or dangerous. However, the term itself is also a slang word used by young people when expressing that something is amazing, or when something is too good that it is dangerous. The word ‘kukkī’ was also taken from the japanaese word which is directly translated into cookie. Taking the consideration that people these days tend to get hooked up upon hearing unique and trendy words, the name ‘Yabai Kukkī’ is then being used as the official business name. Throughout the whole business setup of ‘Yabai Kukkī’, the founder of this business has applied the usage of teasers posting as well as copywriting posting for both soft sells and hard sells to attract and persuade the potential customers. This social media platform shows the requirements and process of the business setup as a whole
Pengaruh sikap dan prilaku kerja pegawai terhadap kualitas pelayanan pada kantor kecamatan pallangga kabupaten Gowa
No full textSkripsi ini disusun Abd. Rahim dengan judul Pengaruh sikap dan prilaku kerja pegawai terhadap kualitas pelayanan pada kantor kecamatan pallangga kabupaten Gowa.ix, 46 hlm.; 28 cm
Dataset of microplastics in the mangrove brachyuran crabs at Setiu Wetlands, Peninsular Malaysia
No full textThe dataset presents the abundance of MPs categorized into different types and colours in 233 brachyuran crab (stomach) samples collected for dry and wet seasonal periods from Setiu Wetlands, Peninsular Malaysia. The morphometric measurements of the crab samples were also presented
Anak autisme perlu dibantu fahami realiti kehidupan
No full textProf. Dr. Normaliza Abd Rahim adalah pensyarah dari Fakulti Bahasa Moden dan Komunikasi. Universiti Putra Malaysi
Loneliness / Emma Marini Abd Rahim
Full text linkAnthology of 203 poems which were contributed by 156 lecturers and academicians from UiTM and other higher learning institutions. This is in fact the largest collection of poems compiled in one anthology
Infertility / Emma Marini Abd Rahim
Full text linkA compilation of poems from interested 118 lecturers and academicians from UiTM and other higher learning institutions
Dik Oi Aquatic Enterprise / Azizul Zekri Abd Rahim ... [et al.]
Full text linkDik Oi Aquatic Enterprise is the business where provide the process of supplying, packaging and selling the prawns as fish food to the wholesaler. However, we are willing to accept any orders from our customers in order to fulfill the demanding of fish as pets market. Our business form is a partnership form. We have four very important persons who are involved in the born of Dik Oi Aquatic Enterprise. The first one is Mr. Azizul Zekri Abd Rahim as our General Manager and he is our Administration Manager too, Mr. Fauzi Hussain as our Marketing Manager, Mr. Mohd Azrani Mat Nawi as our Operation Manager and lastly Mr. Mohd Azrul Abdullah as our Financial Manager. We are running this business with the capital amount of RM 29385.94. Each partner contributed RM6758.77. That is 23%. Whereas the General Manager as well as the Administration Manager, he contributed RM 9109.63 with the percentage of 31%. Meanwhile, the balance of our business capital is from the bank loan. We get the loan from Bank Pertanian. The total of loan is RM 60000. Our business is located at lot 3443, 9423 and 9422, Jalan Kemenyan, Kampung Poh, 35500 Bidor, Perak. We decided to choose this location because it is situated in strategic area. In addition, the location is near and easy to get the water sources that is important to our business because we are running the business in aquatic for sure the ponds need water. Furthermore, the locations also near the road. So the customers will easy to find our office
Molecular insights into diving ability adaptation of the Galapagos marine iguana (Amblyrhynchus cristatus)
No full textQuando si immergono e cercano cibo, i vertebrati marini che respirano aria affrontano significativi problemi fisiologici che includono l'ipossia durante la pausa respiratoria e il depauperamento delle riserve di ossigeno. L’iguana marina endemica delle isole Galapagos, Amblyrhynchus cristatus, è conosciuta in tutto il mondo per la sua particolare capacità di cercare cibo nell'oceano. Queste iguane sono in grado di tuffarsi a profondità fino a 30 metri e possono rimanere sott'acqua per un periodo che varia da 30 minuti a un'ora. Questi comportamenti espongono A. cristatus a una ridotta concentrazione di ossigeno nelle cellule. Nonostante gli adattamenti anatomici per nuotare e cercare cibo, come code appiattite, artigli affilati e ghiandole nasali specializzate per secernere il sale, siano ben noti e descritti, la base molecolare e la storia evolutiva dei tratti associati all'adattamento all'ambiente marino rimangono sconosciute.
Pertanto, in questo progetto di dottorato, ho utilizzato dati genomici e molecolari per investigare la base molecolare dell'adattamento all’immersione dell’ iguana marina delle Galapagos. Ho confrontato i miei dati con quelli ottenuti da altre tre iguane delle Galapagos adattate alla terraferma: Conolophus marthae, C. pallidus e C. subscristatus. Quelli per l’emoglobina (Hb) sono stati selezionata come geni candidati per il mio studio a causa del suo ruolo principale di questa molecola nel trasporto dei gas respiratori e del suocoinvolgimento nel meccanismo di adattamento all'ipossia. Dai genomi assemblati, sono stati identificati quattro geni delle subunità globiniche in tutte le specie studiate: alfa-A (αA), αD, beta-I (βI) e il gene della globina βII, che è consistente con altri rettili squamati. Si presume che ogni iguana possieda due isoforme di Hb, HbA e HbD, codificate rispettivamente dai geni delle globine αA e αD, che sono presenti anche negli uccelli e nei rettili. Con la presenza dei due geni della β-globina non identici, sono stati previsti tre tetrameri di Hb: (i) α2βI2, (ii) α2βII2 e(iii) α2βIβII. Inoltre, attraverso il confronto delle sequenze, ho identificato cinque posizioni di sostituzione degli aminoacidi nella sequenza di Hb associate ai livelli di affinità dell'emoglobina per l'ossigeno, come indicato in studi precedenti. Notevolmente, nella iguana marina, quattro di queste cinque posizioni mostrano proprietà degli aminoacidi che favoriscono un'affinità più elevata con l'ossigeno, mentre solo una posizione nella subunità βI è stata trovata con proprietà degli aminoacidi associate a un'affinità bassa con l'ossigeno. Inoltre, ho condotto simulazioni di dinamica molecolare (MD) per valutare la stabilità strutturale di ciascun tetramero di Hb previsto. La simulazione ha rivelato che il tetramero α2βII2 nella iguana marina ha mostrato un prolungato tempo di simulazione in uno stato di elevata affinità con l'ossigeno (rilassato, R) rispetto ad altre iguane, suggerendo che questo tetramero sia potenzialmente il tetramero più espresso nella iguana marina come parte del suo adattamento all'ipossia. In conclusione, i risultati di questo dottorato forniscono preziose informazioni sulle interazioni a livello molecolare che permettono specifici adattamenti al tuffo mediati dall'Hb. Le scoperte contribuiscono a una comprensione più approfondita dell'evoluzione dei comportamenti di tuffo e di ricerca alimentare marina nella iguana
marina, offrendo una base per ulteriori ricerche in questo campo.When diving and foraging, air-breathing marine vertebrates encounter significant physiological challenges that include hypoxia during the breathing pause and oxygen storage depletion. The endemic marine iguana that is endemic to the Galapagos archipelago, Amblyrhynchus cristatus, is known worldwide for its unique adaptation to foraging in the ocean. They are able to dive to depths of up to 30 meters and can remain submerged for a duration ranging from 30 minutes to an hour. These behaviours expose A. cristatus to reduced oxygen concentration in its cells. Despite anatomical adaptations for swimming and foraging, such as flattened tails, sharp claws, and special nasal salt secreting glands, are well known and described, the molecular basis and evolutionary history of the traits associated with adaptation to a marine environment remain unknown. Therefore, in this PhD project, I utilised genome and other molecular data to investigate the molecular basis of diving adaptation of the Galapagos marine iguana. I compared the results obtained from the marine iguana genome with those obtained from three other Galapagos iguanas adapted to the terrestrial life: Conolophus marthae, C. pallidus and C. subscristatus. Hemoglobin (Hb) was selected as a
candidate protein for my study because of its primary role in transporting respiratory gases and involvement in the hypoxia adjustment mechanism. From the assembled genomes, four globin subunit genes were identified in all studied species: alpha-A (αA), αD, beta-I (βI) and βII-globin gene – that consistent with other squamate reptiles. Each iguana is presumed to possess two Hb isoforms, HbA and HbD, encoded by αA and αD globin gene, respectively, which are also exhibited in birds and reptiles. With the presence of the two nonidentical β-globin genes, three Hb tetramers were predicted: (i) α2βI2, (ii) α2βII2, and (iii) α2βIβII. Furthermore, through sequence comparison, I identified five amino acid substitution positions in the Hb sequence associated with hemoglobin-oxygen affinity levels, as indicated in previous studies. Notably, in the marine iguana, four out of these five positions exhibit amino acid properties favouring higher oxygen affinity, while only a single position in the βIsubunit has been found to possess amino acid properties associated with low oxygen affinity. Additionally, I conducted molecular dynamics (MD) simulations to assess the structural stability of each predicted Hb tetramers. The simulation revealed that tetramer α2βII2 in the marine iguana demonstrated a prolonged simulation time in high oxygen affinity state (relaxed, R) compared to other iguanas, suggesting that this tetramer is potentially the most expressed tetramer in the marine iguana as part of its hypoxia adaptation. In conclusion, this PhD results provide valuable insight into molecular level interactions allowing for specific Hb mediated diving adaptations. The findings contribute to a deeper understanding of the evolution of diving and marine foraging behaviours in the marine iguana, offering a foundation for further research in this field
Radio synchronous master clock / Abd. Rahim Isnin
Full text linkThis project is about a microprocessor based digital clock. The digital clock comprises of two stepper motors for the movement of hour's and minute's hand, and a LED display for seconds. Both of the hands are located at the same axis while the led display is made by using four 16 bits decoders to show 60 outputs. Since the digital clock used minutes and hours hand to show the time it seems just like an ordinary mechanical clock, except for the seconds display where it use LEDs. Unlike a mechanical clock where there is a lot of gears involves for the movements of the hands, this digital clock has only two gears. In another words the complexity of a mechanical clock has been simplify by using a microprocessor. Another advantage of using a microprocessor is that some intel ligence can be given to the system. For example the motor use might not be exactly 1 degree of movement for 1 pulse, in this project the motors used give out 1.8 degree of movements for every 1 pulse. Since the number of degree are not equal to the number of pulse, error in movements can not be avoided
Final destination / Emma Marini Abd Rahim
Full text linkAnthology of 200 poems which were contributed by lecturers and academicians from UiTM and other higher learning institutions. This is in fact the largest collection of poems compiled in one anthology
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