Raven Report Sequoia High School
Volume vii, Issue 7
1201 Brewster Ave. Redwood City, CA 94062
Sweeping changes for SAT set for Spring 2016 to a scale of 1600 instead of 2400, and the essay portion will be optional (but many colleges are expected to require it). Other changes include the combination of the reading and writing sections into one, as well as removing the quarter-point penalty for guessing incorrectly. The SAT vocabulary
By EMILY DUCKER Staff Reporter The College Board announced changes to the SAT that will go into effect in the spring of 2016, March 5. The changes will affect this year’s freshmen and all younger students. The most notable changes are that the test will go back
words will no longer be obscure; they will be words that students use in their academic lives and should be more familiar with. Students will only be allowed to use calculators on designated parts of the math portion of the exam. In the optional essay, students will be required to support their claims with
facts; students will not be allowed to fabricate statistics, as is currently allowed. In addition, the College Board announced plans to partner with Khan Academy to make free preparation materials for the exam. The College Board plans to reveal further details about the test as well as new practice materials in April.
Photo by Carlos García
Students extract insect DNA; they plan to share their research on the bacteria, Wolbachia, with local scientists.
April 9, 2014
Principal to be Assistant Superintendent next year By LILY HARTZELL Managing Editor The District Board of Trustees approved Principal Bonnie Hansen to be Assistant Superintendent of Educational Services starting July 1; they announced the change at their meeting March 26. She will be in charge of curriculum and instruction, especially preparing the district to transition to Common Core. Hansen will collaborate with teacher leaders and oversee English Learners (EL) and Special Education in the district. She sees her new role as focusing on teaching students to think and learn, much as IB and other curricula at Sequoia do. “I will not wear a walkie-talkie anymore. There will be less urgency and more strategy,” Hansen said. The position was posted on sites nationwide with applications due April 25. Hansen expects the district to choose someone by mid-May, although she will be acting as principal for the rest of the year and speaking at graduation. “The worst part is that is that there won’t be any teenagers. The best part is that it’s an opportunity to make a difference district-wide on curriculum and instruction,” Hansen said. Hansen served as Sequoia’s Instructional Vice Principal for five years before becoming principal. “I will miss this place,” Hansen said. “The student body is a wonderful example of why everything is going to be just fine. It is made of phenomenal human beings.”
Cutting-edge biotech classes encourage budding scientists By CARLOS GARCÍA and CARMEN VESCIA Staff Reporter and Feature Editor Growing stem cells, extracting DNA, cloning, all done in a multi-million dollar lab. No, this isn’t some high tech corporation. It’s just daily life in Sequoia’s biotechnology classes. Sequoia is home to Biotechnology 1-2 and 3-4, both taught by Ashley Dever in a state-of-the-art lab in the LL wing. Sequoia first began offering biotech five years ago, and Dever has been teaching it for the past three.
feature:
Biotechnology is defined as the use of biological processes to create or modify products for commercial use. This includes altering the DNA of fruits and vegetables—genetically modified organisms (GMOs)—to make them pest resistant or even altering the DNA in human cells to treat and cure diseases. “My favorite part is that it’s so handson, and it’s so interactive. I also think it’s so relevant to our lives,” Dever said. “We’re now seeing things about genetically modified foods and a lot of new prescription drugs and cancer therapies that are arising from biotech.”
opinion:
Meet Bacon: Kuliga’s pig
Page 3
Defining your race
Page 5
Biotech was first used over 6,000 years ago to ferment cheese, and today, over 13.3 million farmers around the world use biotechnology to increase crop yields and crop quality. It has also been used to create over 250 health care products, vaccines and medicines. “I think it would be awesome to go into something that’s really impacting the world right now,” sophomore Biotech 1-2 student Marissa MacAvoy said. “There are all these cancers and diseases that have no cure, and a lot of problems result from mutations in the DNA, and part of what biotech is trying to do is alter that to fix
the disease. Instead of treating the symptoms, you’re treating the actual problem.” The class spends the majority of its time working and researching in the lab. So far this year, Biotech 1-2 has extracted DNA from yeast, bacteria and salmon sperm, and they are even planning on sharing the data they collect in an upcoming lab about a bacteria called Wolbachia with local scientists. The workforce in the biotechnology industry is a big one. It has grown during this 21st century, and is still growing. The Bay Area is a “hotbed” of biotech and it is
See BIOTECH, page 2
By the Numbers
35
school days left in the year