02420nam a2200265Ia 4500 20260803094224.0 251212s9999 xx 000 0 und d Generating An Anti-Cleeding Ointment from the Ethanolic Extract of Brown Algae(Phaeophyceae) for the Minor Incision Wound of Male Albino Laboratory Rats (Rattus norvegicus domesticus) / Lui V. Bernales, Jahn Amiel J. Ermoso, Ann Berna Y. Ermoso, Kian Errol Mendoza, Masamichi, Takahashi, Hannah Patricia B. Temporial. Far Eastern College Silang STEM 2019 Xii, 97 pages : color illustrations English : High School Library, As one bleeds from an open wound, the body`s response will be to pull the water from the tissues that are located outside of the bloodstream to make sure that the blood vessels will still be filled. Thereafter, the consistency of the blood will decrease, and the hematocrit will still be filled. Thereafter, the consistency of the blood will decrease, and the hematocrit will deplete. Due to the inadequate amount of red blood cells, the bone marrow will need to produce more red blood cells, However, due to the extreme bleeding, the amount of iron that is needed by the bone marrow to make the red blood cells will reduce. Thus, the body cannot replace the lost blood which might lead to anemia. This study entitled, " Generating an Anti-bleeding Ointment from the EthanolicExtract of Brown ALgae (Phaeophyceae) for the minor Incision Wound of Male Albino Laboratory Rats (Rattus norvegicus domesticus)" was conducted through six (6) different set-ups: Set-up A (Brown algae Extract Oinment Group), Set-up B (Guava Leaf Extract Ointment Group), Set-up C (Brown Algae and Guava Leaf Extract Ointment Group), Set-up D (providone Iodine Group), Set-up E (Saline Solution Group), and Set-up F (Untreated Group). Overall, the results show that the oinment with brown algae extracts is more effective than the other oinments. Brown algaeand guava leaf ointment have the same effectiveness when it comes to healing minor incisions wounds.: 3 1 pages 0 Thesis 0 text Unmediated volume lcc td jpascua 2019-07-08 15:37:00 jmeneses 2019-09-28 16:08:02 0 0 0 1 0 0 0 0 0 11240 11028 11028