Latar belakang: Jantung pisang biasa diolah dalam bentuk abon, namun nilai gizinya masih rendah khususnya lemak. Oleh karena itu maka abon tersebut perlu ditambhakan ikan sidat yang diketahui memiliki cukup kadar lemak.Tujuan: Penelitian ini dilakukan dengan tujuan untuk menentukan kadar lemak pada abon dari campuran jantung pisang (Musa paradisiaca) dengan ikan sidat (Anguilla marmorata).Metode: Jenis penelitian ini adalah eksperimen yang terdiri atas 5 perlakuan yaitu abon dengan; komposisi 100 gram jantung pisang (P0), komposisi 75 gram jantung pisang dan 25 gram ikan sidat (P1), komposisi 50 gram jantung pisang dan 50 gram ikan sidat (P2), komposisi 25 gram jantung pisang dan 75 gram ikan sidat (P3) dan komposisi 100 gram ikan sidat (P4). Masing-masing perlakuan diulang 3 kali. Kemudian, abon dianalisis mengenai kandungan lemaknya dengan menggunakan metode soxhlet.Hasil: Nilai rata-rata kandungan lemak yang diperoleh pada abon campuran jantung pisang dan ikan sidat adalah P0 (=15,59%) P1 (=17,57%), P2 (=23,12%), P3 (=26,42%) dan P4 (27,23%).Simpulan: Ikan sidat menambah nilai kadar lemak pada abon namun kadar lemaknya masih dibawah standar yang ditentukan oleh Standar Industri Indonesia sehingga abon ini layak dikonsumsi.

Parenting patterns have an influence on learning outcomes. However, how much the influence and relationship level between the parenting of the parents with the student learning outcomes in Tolasty Swastyastu Middle School have not been studied. Therefore, the goals of the study is to determine the level of relationship between parenting parents with student learning outcomes and to determine the influence of parenting parents on student learning outcomes in Tolasty Swastyastu SMP. The study used a correlation method that connects the independent variable (X), parenting pattern, and dependent variable (Y), learning outcomes. The study collected 91 students from class VII A and B and class VIII A and B. Instrument of the study used a closed questionnaire consisting of 20 questions for parenting variables. An average value of even semester report was used for the student learning outcomes variable. Data was analysed with product moment correlation index. Result of the study obtained rxy = 0.825, indicating that the level of relationship between variables X (Parenting Parents) and Y (Student Learning Outcomes) is very strong. Moreover, the correlation was positively linier. Thus, it can be conluded that parenting patterns affect student learning outcomes (=68.1%).

Fart leaf plants (Paederia foetida) or Sembukan contain Alkaloids, flavonoids and Iridoid glycosides. The plants have various functions that are as antihepatotoxic, hypoglycemic, antispasmodic, anti-inflammatory, antitumor, antiviral, antidiarrheal, immunomodulatory, anti-rheumatic, anti-inflammatory. pain and seizure relief. Besides being used as herbal medicine, medicinal plants can also be used as complementary food ingredients because they are thought to contain nutrients such as carbohydrates and fiber. This study aims to determine the content of carbohydrates and fiber in sembukan. The carbohydrate content of sembukan leaves was analyzed using a UV-Vis spectrophotometer. The results showed that sembukan leaves contain carbohydrates including glucose 0.986 mg, fructose 0.99 mg, sucrose 1.710 mg, starch and fiber 7,03 grams per 100 grams of sembukan leaves

The FGB gene is a gene that plays a role in synthesizing b-fibrinogen proteins and is often used as a molecular marker because it is useful for studying bird phylogenetics. The purpose of this study was to describe the character sequences of the FGB gene in Maleo birds (Macrocephalon maleo S. Muller 1864). This study uses laboratory exploratory methods. Alignment is done using the MEGA6 program (Clustal W). Phylogeny trees are constructed based on the Neighbor-Joining algorithm and the Juke-Cantor evolution model of the MEGA6 program. The sample in this study was 0.3 ml of blood from Maleo birds and members of the Megapodiidae group species used as a comparison. The results of this study indicate the length of the FGB 576 bp sequence and was identified with a base composition of 32.2% A, 30.4% T, 17.0% C and 20.3% G. Nucleotide composition of the sequence of Adenine-rich FGB genes. Analysis of the FGB gene sequence phylogeny tree produced a tree topology that was quite good and had the power to split at the interspecies level and place the maleo bird in its own line compared to other Megapoda genera.